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Specifications SiteAddress'• illit0 B k, �: f (>10.6 '.�w- 't ° ;Cb APR 1 , (12_,�t 4� : * ..1 art# 1 x i NO SO 3 �, - ,. . 0 Vittalitian Of Dehrti*Obblilittet', t ,, 4Pir *V 0°, , , , ' k At ear ." om{ - }t NOTE:pdew belabtnittildtglhe 0 ffi nosixoisibloOhlogo litho sl'r'e i w w x the*forted iitdaces hove.attort rem - it1 * C ace tooAte' 1='4 t i • Fees Due:, . alp - O ,,t .,.&. at.R"R 4.0.,. 4 , 1"t ✓ ty *hef TOtaff --'' 3 Sias _ ;w 4P *1� Y as *, - - sa ♦ w ,l e j�,� 1i�,,� r ,t ah the valuetiOit of thOpertiodarpgeliOO c '; .,,Ibis fee is to _.e z.y , � t '•fit CAFCO® SprayFilm® WB 5 ISLATEK® :, ,..-,„ ; .„, (Americas) 7` ISOLATEK® Type WB 5 INTERNATIONAL r (Worldwide) .F 15 Intumescent Fireproofing '�'r. PRODUCT DESCRIPTION FIRE TEST PERFORMANCE CAFCO SprayFilm WB 5 I ISOLATEK Type WB 5 is a patented CAFCO SprayFilm WB 5/ISOLATEK Type WB 5 has been extensively and technically advanced water-based, Intumescent Fire Resistive tested for fire resistance and is rated for up to 3 hours for floor assemblies, Material(IFRM)designed for the fire protection of interior structural beams,and columns. steel. • Classified by UL in accordance with ANSI/UL 263(ASTM E119) CAFCO SprayFilm WB 5 I ISOLATEK Type WB 5 represents a • Classified by UL in accordance with CAN/ULC-S101 (ASTM E119) generational breakthrough in material advantages and efficiencies. CAFCO SprayFilm WB/ISOLATEK Type WB 5 has also been tested for Architects can design steel that can be decorative, aesthetically surface burning characteristics in accordance with ASTM E84 and is rated pleasing, and very cost effective. CAFCO SprayFilm WB 5 / Class A. ISOLATEK Type WB 5 can be top coated to match its surroundings or Flame Spread 5 Smoke Developed 30 left exposed to view while providing the required fire resistance rating. I Type SprayFilm-WB 5 OR Type WB 5 He 16640 SSI , MASTIC COATING 0FIRE ESISTANCE CLASSIFICATION PRODUCT ADVANTAGES c SEE URFIRE RESISTANCE DIRECTORY • Water-Based intumescent coating with zero VOC's CODE COMPLIANCES • Industry leading thermal performance, allowing for significantly CAFCO SprayFilm WB 5/ISOLATEK Type WB 5 satisfies the requirements reduced dry film thicknesses(DFT's) of the following: • Semi smooth architectural finish • IBC®-INTERNATIONAL BUILDING CODE® • Can be finished with a wide variety of topcoat types and colors • City of Los Angeles(LADBS,Category 1 Material) • Quick,easy application and clean up • NBC-National Building Code of Canada • Provides up to 3-hour fire resistance ratings in accordance with • ICC-ES,AC23 and AC10 Requirements(UL ER13348-01) ANSUUL 263,ASTM E119 and CANIULC-S101 PHYSICAL PERFORMANCE MAJOR SPECIFICATIONS It is important for fire protection materials to be able to withstand abuse. CAuCO SprayFilmofthe WB 5/ISOLATEK Type WB 5 complies with the American Society for Testing and Materials(ASTM)test methods are requirements of Sectionnw7g 23sp Applied Firused to evaluate the performance of intumescent materials when �� 078123Applied Fireproofing(AIA) MasterFormat®2 subjected to these various physical forces. CAFCO SprayFilm WB 5 Gui Section 07 81on, Applied Fireproofing(CSC,CSI) /ISOLATEK Type WB 5 has been evaluated to meet rigorous industry ' Unified Facilities Guide Specification,UFGS 07 8100 test standards. Spray-Applied Fireproofing(USACE,NAVFAC,AFCEC,NASA) • Master Construction Specifications,Number 07 8100 Applied Fireproofing(VA) • Code of Federal Regulations,Title 40 Protection of the Environment(EPA) • PBS-P100,Facilities Standards for the Public Buildings Services(GSA) Physical Performance) APPLICATION Characteristic ASTM Laboratory Tested Performance, • A compatible primer must be applied to the steel substrate. Refer to Methodthe Primers for CAFCO SprayFilm / ISOLATEK Type WB Intumescent Abrasion Resistance D4060 0.2600 g/1,000 cycles Fireproofing Technical Data Sheet. • The applied thickness of CAFCO SprayFilm WB 5/ISOLATEK Type WB Bond Strength D4541 340 psi(2,013 kPa) 5 will depend upon the sp ecified po fire rating and size/shape of the steel Durometer Hardness(Shore D) D2240 69 Shore D member to be protected. Impact Resistance D2794 152 inch-lb(17.17 Nm)@ 2 mm • If desired,a finish coat may be applied in the desired color and finish directly Flame Spread 5 class over CAFCO SprayFilm WB 5/ISOLATEK Type WB 5 in accordance with Surface Burning E84 ,Smoke Developed 30 A the guidelines noted in our Finish Coat Materials Technical Data Sheet. •Values represent independent laboratory tests under controlled conditions. Packaging/Storage 1 Technical Data } Packaging 5.0 U.S.gal(18.9 L)container Color White Net Contents 5.0 U.S.gal/55 lbs(18.9 L/25 kg) Density 11.0 lb/gal±05. Gross Weight(Approx) 58 lbs(26.3 kg) pH Value. 8.0 to 8.5 Shelf Life 12 months in unopened sealed containers,properly stored. Application Temperature Min.50°F(10°C),Max. (38°C) Storage Storage Temperature 33°F-100°F(1°C-38°C)Must protect from freezing and excessive heat.Store in a dry environment. 40. ISOLATEK® Brand Technical Data Sheet Brand CAFCO SprayFilm WB 5/ ISOLATEK Type WB 5 Guide Specification SECTION 078123•Intumescent Fireproofing 1.7 quality Assurance 2.3 Decorative Topcoatiryl The following is an outline/short language specification.Complete specifications for intumescent fire resistive materials are available on 17.1 Manufacturer-Company specializing in manufacturing fire 2.3.1 Topcoat materials shall be as required for color-coding, various media upon request. protection products. aesthetics or additional surface protection,and approved by 1.7.2 The intumescent fire resistive material shall be manufactured the thin-film fee resistive material manufacturer. PART 1•GENERAL under the Follow-Up Service program of UL or ULC and bear PART 3-EXECUTION the UL and/or ULC label(mark). 1.1 Scope 1.7.3 Applicator-A firm with expertise in the installation of fire 3.1 Preparation 1.1.1 This specification covers labor,materials,equipment,and resistive or otherwise approved by fire resistive material supplier. 3.1.1 All surfaces to receive thin-film fire resistive material shall be and proper installation of intumescent fire protection for 1.7.4 Product-The product shall be approved by the architect and clean,dry and free of oil,grease loose mill scale,dirt,dust or application to steel structures and supports in accordance applicable authorities having jurisdiction. other materials which would impair bond of the thin-film fire with all applicable requirements of contract documents. resistive material to the surface.Any cleaning of the surfaces 1.8 Delivery,Storage and Handling to receive fire resistive material shall be the responsibility of 1.1.2 This specification shall be supplemented by the applicable the General Contractor or steel erector,as outlined in the requirements of building codes, insurance rating 1.8.1 Deliver materials to the project in manufacturer's unopened structural steel section. organizations and all other authorities having jurisdiction. packages,fully identified as to trade name, type and other identifying data.Packaged materials shall bear the 3.1.2 Confirm compatibility of surfaces to receive thin-film fire 1.2 Section Includes appropriate labels,seals and UL label(mark)for fire resistive resistive material.Steel surfaces shall be primed with a ratings and shall be stored at temperatures between 33°F compatible primer approved by the thin-film fire resistive 1.2.1 Intumescent fire protection material. -100°F(1°C-38°C),in a dry interior location away from -material manufacturer. 1.2.2 Topcoat protective decorative finish. direct suntght.PROTECT FROM FREEZING. 3.1.3 Provide masking,drop cloths or other suitable coverings to 1.3 Related Sections 1.9 Project/Site Conditions prevent overspray onto surfaces not intended tobe coated with intumescent coating. 1.3.1 SECTION 051200-STRUCTURAL STEEL FRAMING 1.9.1 When the temperature at the job site is less than 50°F(10°C), 1.3.2 SECTION053100-STEEL DECKING a minimum substrate and ambient temperature of 50°F(10°C) 3.2 Application 1.3.3 SECTION 072100-THERMAL INSULATION shaH he maintained prior to,Acing,and a minimum of 72 hours 3.2.1 The thin-film fire resistive material shall be applied at the 1.3.4 SECTION 078123-INTUMESCENT FIREPROOFING after application.D necessary for job schedule,the General required dry film thickness per the appropriate UL design 1.3.5 SECTION 078443-JOINT FIRESTOPPING Contractor shall provide enclosures and heat u maintain proper number. temperatures and humidity levels in the application areas. 1.4 References 1.9.2 In enclosed areas,ventilation must not be less than 4 3.3 Mock Up 1.4.1 Underwriters Laboratories(UL)Fire Resistance Directory. complete air exchanges per hour until the material is dry. 3.3.1 Before proceeding with the work,the applicator shall apply 1.4.2 Test Standards 1.9.3 Relative humidity shall not exceed 85%throughout the total the thin-film fire resistive material to a section witnessed by period of application and drying for the intumescent fire the architect's or owner's representative The application A. EL 263(ASTM E119)-Fire Tests of Building Construction resistive material and must not exceed 85%throughout the shall be subject to their approval and shall be used as a guide and Materials. application and drying for the protective decorative topcoat. for texture and thickness of the finished work. B. ASTM E84-Surface Burning Characteristics of Building 1.10 Sequencing and Scheduling 3.4 Clean Up and Repair Materials.Class A Rating Required;Flame Spread Maximum:5 and Smoke Developed Maximum:30. 1.10.1 Applicator shall cooperate in the coordination and scheduling 3.4.1 Upon completion of installation, all excess material, C. ASTM D2240-Durometer Hardness(Shore D).Minimum: of fire protection work to avoid delays in job progress. overspray and debris shall be cleared and removed from 69 Shore D. the job site. 1.10.2 The instagation of piping,ducts,conduit or other suspended 3.4.2 All D. ASTM D2794-Impact Resistance.152 inch-lb(17.17 kg-m). equipment shall not commence until the application of the patching of and repair to thin-film fire resistive material, thin-film fire resistive material is complete in that area. due to damage by other trades,shall be performed under this E. ASTM 04060-Abrasion Resistance.Maximum section and paid for by the trade responsible forte damage. 0.2600 grams/1000 cycles. PART2-PRODUCTS Patching shall be performed by applicators recognized or F. ASTM 04541-Bond Strength.Minimum:340 psi, otherwise approved by the manufacturer. (2013 k Pa.) 2.1 Compatible Metal Primer 3.5 Inspection and Testing 1.4.3 Steel Structures Painting Council (SSPC) Surface 2.1.1 Primer shag be approved bymanufacturer and Preparation Standards. PP applied 3.5.1 In addition to continuous Wet Film Thickness checks in full accordance with the primer manufacturer's written performed by applicator during application,the installed 1.4.4 Material manufacturer's current published information instructions. intumescent material shag be inspected by a qualified including,but not limited to,application guide. independent testing laboratory for thickness in accordance 2.2 Intumescent Fire Protection System with the AWCI Technical Manual 12-B'Standard Practice 1.4.5 AWCI Technical Manual 12-8 'Standard Practice for For The Testing and Inspection Of Field Applied Thin-Film the Testing and Inspection of Field Applied Thin-Film 2.2.1 The intumescent fire resistive material shall be CAFCOe Intumescent Fre-Resistive Materials;an Annotated Guide", SprayFilme WB 5 I ISOLATEK.Type WB 5 as supplied by Intumescent Fire-Resistive Materials;an Annotated Guide', Latest Edition. Isolatek International or CAFCO I ISOLATEK Industries. Second Edition,before application of the topcoat. 2.2.2 Intumescent fire resistive material shall be applied in 3,5.2 The results tithe above tests shall be made available to all 1.5 System Description parties at the completion of each area and approved prior to accordance with drawings and/or specifications,and shall the application of topcoat. 1.5.1 The intumescent fire protection materials shall be applied at have been tested in accordance with the procedures of the required thickness to provide the UL fire resistive ratings. UL 263 or ASTM E119 or CAN/ULCS101,and reported by Underwriters Laboratories,Inc.orUmnderwriters Laboratories 1.6 Submittals of Canada only. 1.6.1 Manufacturer's Data:Submit manufacturer's specifications, including certification as may be required to show material compliance with contract documents. s igq tle-iv Ep8C4r' ISOLATEK INTERNATIONAL is registered with the s .= Si AIA Continuing Education System(AIA/CES) °j 4'ff.2 El We support our customers with unsurpassed technical expertise and customerservice,complemented by an extensive global network of experienced sales representatives and recognized applicators.For detailed product information or for the name of the sales representative in your area please contact us. The performance data herein reflect our expectations based on tests conducted in accordance with recognized standard methods under controlled conditions.The applicator, general contractor,property owner and/or user MUST read,understand and follow the directions,specifications and/or recommendations set forth in Isolatek International's publications concerning use and application of these products,and should not rely merely on the information contained in this Technical Data Sheet.Isolatek International is not responsible for property damage,bodily injuries,consequential damages,or losses of any kind that arise from or are related to the applicator's general contractor's,or property owner's failure to follow the recommendations set forth in Isolatek International's publications-The sale of these products shall be subject to the Terms and Conditions set forth in the Company's invoices. aii.) Isolatek Intemational provides passive fireproofing materials under the CAFCOa and FENDOLITE°trademarks throughout the Americas and under the ISOLATEK°trademark throughout the world. rn 800.631.9600 or 973.347.1200 IS LATEK® o Brand www.isolatek.com I technical@isolatek-com Brand o technical-international@isolatek,com o SHORT FORM APPLICATION GUIDE IS LATEKe CAFCO®SprayFilm®WB 5 (Americas) INTERNATIONAL ISOLATEK®TypeWB5 (Worldwide) This is an abbreviated guide and is not intended as a substitute for the Long Form CAFCO SprayFilm WB 5/ISOLATEK Type WB 5 Application& Installation Manual. Applicator shall completely and fully read and understand the Long Form Application&Installation Manual prior to applying this product. PUMP REQUIREMENTS: Pneumatic,electric or gas-powered airless spray pump operating with a minimum fluid pressure of 3,000 psi(207 bar,20.7mPa,211 kq/cm2)and 1.25 gpm(4.7 UM). Remove all filters and rock catcher screens.A direct immersion pump is required. Pumps that utilize siphon hoses at the material intake are not recommended.Recommended pump is a Graco Mark V or equivalent. MIXING REQUIREMENTS: Standard shielded drywall mixing paddle or Jiffy style mixer,thoroughly mix for 3-5 minutes prior to use. HOSE SET-UP: High pressure,minimum 3/8 in.(10 mm)I.D.hose rated to exceed the maximum pump capacity. An optional 1/4(6.35 mm)in I.D.whip hose is allowable at a maximum of 2 ft.(61 cm)in length. Overall hose length is dependent on the application equipment being used. SPRAY GUN: A Greco HD Texture Spray Gun Model#241-705,Series B or equivalent with diffuser tip removed capable of handling a minimum 3,000 psi(207 bar,20.7mPa,211 kq/cm2)fluid pressure. SPRAY TIP: Reversible type. Tip size minimum is 223 and maximum is 431. BRUSH: Use a high-grade soft bristle latex paint brush. Brush lightly in one direction using as few strokes as possible. Do not roll the material. SURFACE PEPARATION: All structural steel to be coated with SprayFilm WB 5/Type WB 5 must first be primed with an approved primer. Primed surface must be free from any grease oil,dirt,loose mill scale, rust or any other contaminant that would inhibit the bond of the product to the primer. Primer must be fully cured and installed in accordance with the primer manufacturer's application instructions before application. A complete list of approved primers can be found on our website www.isolatek.com. GALVANIZED AND ZINC-RICH SprayFilm WB 5/Type WB 5 cannot be applied directly to galvanized steel or directly PRIMERS: over Zinc-Rich primers. An approved tie-coat must be applied in accordance with manufacturer's instructions. Contact Isolatek Technical Services for more information. SPRAY GUN DISTANCE• The distance between the spray gun and substrate must be a minimum 18 in.(45 cm) Typical spray gun distance from the substrate is between 24 in.and 36 in.(61 cm and 92 cm). APPLICATION TEMPERATURE: Apply product when the ambient air temperature is between 50°F(10°C)and 100°F(38°C). A minimum ambient and substrate temperature of 50°F must be maintained during and a minimum of 72 hours after application. Steel surface temperature must be a minimum 4°F (2°C)above the dew point to prevent condensation from forming. The maximum steel temperature is 100°F(38°C). HUMIDITY: Do not exceed a relative humidity of 85%. Precautions must be taken to avoid condensation forming on the steel during application. Do not apply product if condensation is present. High humidity levels will increase drying times and may promote sagging. Reduce the maximum wet film thickness per coat. WEATHER PROTECTION: SprayFilm WB 5/Type WB 5 must be protected from any and all weather exposure during the application and after the product has fully cured. Tarps may be used to enclose work areas. This procedure,in addition to jobsite heat,will help maintain proper substrate and ambient temperatures MASKING Required on all areas not to receive SprayFilm WB 5/Type WB 5. Masking typically consists of lightweight polyethylene plastic and the appropriate tape/adhesive. It is installed to protect all surfaces not to receive product CATCH COAT: For initial coat,apply a"catch coat"between 3 mils and 5 mils(0.076 mm and 0.13 mm)Wet Film Thickness(WFT),sufficient to cover the primer. The"catch-coat"must dry 1 to 2 hours before subsequent coats can be applied. 1 of 2 SUBSEQUENT COATS: Product can be applied at the wet film thicknesses shown in the table below. A second coat may be applied within one spray day,provided a minimum drying time of 4 hours is allowed between coats. A maximum of 2 coats can be applied per spray day(24 hrs). The thickness applied per coat is dependent on relative humidity,air and steel temperature,and airflow: Environmental Conditions Max.1s'Coat"Hangability Maximum Subsequent Wet mils to Recoat in 4 Coats in Wet Mils hours 70°F 21°C 50%R.H. 60 mils 1.14mm 40 mils 1.14mm 55°F 13°C 70%R.H. 45 mils 0.89mm 30 mils 0.89mm 85°F 30°C 85%R.H. 55 mils 1.02mm 35 mils 1.02mm VENTILATION: Provide a minimum of 4 complete air exchanges per hour until the material is dry DRY TIME: A minimum of 5 days must be allowed prior to applying a top coat over SprayFilm WB 5/ Type WB 5. Alternatively,achieving a minimum Shore D value of 50 is recommend prior to applying a topcoat. Increased drying time may be required under conditions of low air flow and/or high humidity. TOPCOATING: A topcoat is not required by UL for Conditioned Interior Space Purpose and/or Interior General Purpose. Refer to our Finish Coat Materials data page for additional information regarding finish coats. NOTE:The interior finish coat material must be applied in full accordance with the coating manufacturer's written instructions. DO NOT APPLY THE TOPCOAT UNTIL THE FINAL THICKNESS OF THE SPRAYFILM WB 5/Type WB 5 IS VARIFIED AND THE FINISH OF THE INSTALLED PRODUCT IS ACCEPTABLE. SAFETY PRECAUTIONS: Safety glasses,gloves,and a dust mask should be worn in cases where individuals are exposed to airborne mists of the material. Refer to the SDS for complete health and safety information. STORAGE/SHELF LIFE: Product must be stored in a dry environment with temperatures between 33°F(1°C)and 100°F(38°C). The shelf life of the material is 12 months in unopened,sealed containers, properly stored. NOTE:Only the listed equipment and procedures are approved for applying CAFCO SprayFilm WB 5/ISOLATEK Type WB 5. Deviations from these requirements will result in product not meeting claims as published in the literature. For additional information,please contact the Technical Service Department. Isolatek International provides passive fireproofing materials under the CAFCo"and FENDOLITE"trademarks throughout the Americas and under the ISOLATEK1D trademark throughout the world. I- 800.631.9600 or 973.347.1200 ISOLATEK® Brand www.isolatek.com I technical@isolatek.com Brand technical-international@isolatek.com 2 of 2 Primers for CAFCO® SprayFilm® IS u �® ISOLATEK® TypeWB INTERNATIONAL (Worldwide) nt.urnescent Fireproofing � $ PRODUCT DESCRIPTION Before applying CAFCO SprayFilm WB 3,WB 4,or WB 5/ISOLATEK PRECAUTIONS Type WB 3,WB 4,or WB 5 to structural steel,the steel must be primed with Zinc-rich primers are not included in this list. Following industry practice, a suitable primer approved by Isolatek International.The primer must be the direct application of intumescent coatings over zinc-rich primers applied in accordance with the primer manufacturer's written instructions. without the use of an approved barrier/tie coat is not allowed. When left In addition,the primer must be fully cured prior to the application of the exposed for long periods,zinc-rich coatings may form a layer of zinc salts CAFCO SprayFilm/ISOLATEK Type WB system. on the surface which may inhibit adhesion of the intumescent coating. In order to achieve the desired fire resistance ratings for the structural Epoxy coatings may darken or discolor following application and curing steel, it is essential that the CAFCO SprayFilm I ISOLATEK Type WB and may lose gloss and may chalk when exposed to sunlight. Refer be applied at the proper thickness. The correct dry film thickness for to the primer manufacturer's data page and application instructions SprayFilm I ISOLATEK Type WB can be found in the appropriate design for remedial procedures prior to application of the CAFCO SprayFilm I listing in the UL/ULC fire resistance directories. Please note that the ISOLATEK Type WB coating system. dry film thickness in the designs may include the primer thickness. Please contact the Isolatek Technical Services Department at PRIMER ADHESION TESTING 800.631.9600(Option 1)ortechnical@isolatek.com for further assistance The primers listed have been evaluated for use with CAFCO SprayFilm or for the use of primers other than those listed. /ISOLATEK Type WB Intumescent coatings under laboratory conditions in accordance with ASTM D-4541-95 (Standard Test Method for Pull- Out Strength of Coatings Using Portable Adhesion Testers). The results of these tests indicate the listed primers are compatible with the intumescent basecoat,provided CAFCO SprayFilm WB 3,WB 4,or WB 5/ISOLATEK Type WB 3,WB 4,or WB 5 are applied in accordance with our written application/installation instructions and primer manufacturer guidelines are followed.* Compatible Primer List Coating Manufacturer Coating Designation WB 3 WB 4 WB 5 Aervoe Crown 7707 Galva Bright Premium-Aerosol X X X Aervoe 1510 Red Oxide(1501 Black,1502 Gray,1511 Brown) X X X Aervoe Rebar Green Epoxy Paint 1156 X X Albi Albi 490 W X X X American Coatings AK Series Shop Coat Primer(AK3333 Gray Primer-Alkyd Resin Primer) X X X American Coatings AK11509 Red Oxide HS VOC 2.8 X X X American Coatings AK12946 Gray Iron Oxide X X X American Coatings AK 16292 2.8 VOC Low HAPs Dark Gray Primer X X X Ameron International/PPG Amerlock 400 High Solids Epoxy Coating X X Ameron International/PPG Amercoat 5105 Alkyd Primer(oxide red,pearl gray,white) X X X Anchor Paint Mfg.Co.,Inc B-9912 Lo Voc Brown Primer X X X Anchor Paint Mfg.Co.,Inc Low HAPS Red Primer CC0658 X X X Anchor Paint Mfg.Co.,Inc Structural Steel Gray Primer,#CC-486 X X X Anchor Paint Mfg.Co.,Inc 2653 Red Oxide Primer,Fast Dry X X X APCO Fleet Line Series Gray Metal Primer VE703 X X X Amite Coating Systems 220D-499 Gray HP Primer X X X Axalta Coating Systems Strenex 12003-106B Dark Gray Primer X X=Primer has been evaluated and approved *Isolatek International assumes no responsibility for the duplication of these results in the field as variations in site conditions,surface preparation,formulation changes and other factors are beyond our control. ajtic° ISOLATEK® Brand Brand 11/1/2022 This list supersedes all previous lists. 1 of 10 ISLATEK® INTERNATIONAL Compatible Primer List Coating Manufacturer Coating Designation WB 3 WB 4 WB 5 Axalta Coating Systems Strenex 120R3-116 Red Primer X X X Axalta Coating Systems Strenex 120D3-116 Gray Primer X X X Behr Exterior Primer Water Based Primer and Sealer#436 X X X Benjamin Moore&Co. Corotech Alkyd Shopcoat Metal Primer V133 X X Benjamin Moore&Co. M14 Shop-Coat Modified Alkyd metal primer X X X Benjamin Moore&Co. M29 DTM Acrylic Semi-Gloss X X X Benjamin Moore&Co. Super Spec HP Shop Coat Alkyd P-14 X X X Benjamin Moore&Co. Ultra Spec HP DIM Acrylic Semi-Gloss HP29 X Bennette Paint Very Quick Dry Low VOC Red Oxide Metal Primer#280944 X X X BLP Mobile Paints MO-BAR Alkyd Universal Metal Primer(28-DR-105,28-DH-37,28-DW-12) X X X Camger Chemical Systems Inc #100 Enamel Red 10-99 primer X X X Capital Paint MFG Corp 19958 X X Carboline Carboguard 893 SG X X X Carboline Carbocoat 150 HG Single Component Modified Alkyd X X X Carboline Carbocoat 115 X Carboline Carbocoat 115 VOC X X X Carboline Carbocrylic 3359 DTMC White Base X Carboline Carboguard 890 Epoxy X X Carboline Carbomastic 15 Modified aluminum epoxy mastic X X Carboline Carboguard 8922 Cross-Linked Epoxy X X Carboline Carboguard 134 H6 Alaphatic Polyurethane X X Carboline Carbomastic 15/15 FC Part A 0185A1NL,Part B 0186b1NL X X X Carboline Carboguard 888 Epoxy Polyamide Primer X X X Cardinal E-305-GR533 Epoxy Powder Coating X X Caribbean Paint Co. Red Oxide Primer(1820) X X X Caribbean Paint Co. Plioline Combo Red Oxide Primer 1820 X X X Century Industrial Coatings Dark Red NULO Spray 220-R-347A X X X Century Industrial Coatings 220-D-252,220-D-252B X X Century Industrial Coatings NULO Spray-HAPs Free Gray Primer W/B 220-D-344 X X X Century Industrial Coatings NULO Spray-HAPs Free Gray Primer W/B 220-D-321 X X X Century Industrial Coatings RD Red NULO Spray-HAPs Free Primer W/B 220-R-355A X X X Century Industrial Coatings 120-D-263,120-D-264,120-D-331 X X Century Industrial Coatings Joist Kote 220-D-406 Waterbased Gray Dip Joist Primer X X X Century Industrial Coatings Dark Red Spray Primer 220-R-250/A X X Century Industrial Coatings 120-D-224A Gray X X Century Industrial Coatings 120-D-1740 Gray Joist Primer X X Century Industrial Coatings 120-D-326A-275 Light Gray Spray Primer X X Century Industrial Coatings 220-D-358,220-D-358C X X X Century Industrial Coatings 220-R-347 X X Century Industrial Coatings 120-D-174Q Gray Joist Primer X X Century Industrial Coatings HAPS Free Dark Gray Solvent-based Spray Primer 120-D-253B X X X Century Industrial Coatings Dark Gray Vacuum Primer W/B 220-D-253A,220-D-253B X X X Century Industrial Coatings 3.0 Gray Joist Primer Joist Kote 120-D-199M X X X Century Industrial Coatings Alamo Steel NULO Spray 220-R-345 X Chemcoat(John L.Armitage) Armorchem 4500 Red/Gray Alkyd DIP Primer X X X 11/1/2022 This list supersedes all previous lists. 2 of 10 ISLATEK® INTERNATIONAL Compatible Primer List Coating Manufacturer Coating Designation WB 3 WB 4 WB 5 Century Industrial Coatings 220-R-485 MTH Brown Waterbased Vacuum Primer X X X Century Industrial Coatings 220-D378B Dark Gray Dip Primer W/B X X X Century Industrial Coatings 220-R300-103A Fast Dry WB Red Oxide Spray Primer X X X Century Industrial Coatings 220-D-544B Gray Water-Based Spray Primer X X X Century Industrial Coatings Century Guard Joist 220-D-529 Waterbased Gray Dip Joist Primer X X X Chemcoat(John L.Armitage) Armorchem 1000 SP Gray/Red/Orange Primer X X X Chemcoat(John L.Armitage) Armorchem SP 1000 Gray/Red Primer X X X Chemcoat(John L.Armitage) Armorchem WG-4 Hybrid WD-27185V X X X Chemex CX-2006 Gray X X Chem-Pro Gray No Lift Primer 2078 X X Cloverdale Paint Co. Industrial Phenolic Modified Alkyd Shop Primer 71019,71306,71312 X X X Cloverdale Paints,Inc. Universal Phenolic Alkyd Primer 83040 Grey,83041 Red X X X Cloverdale Paints,Inc. 71016 Red Oxide X X Cloverdale Paints,Inc. 71015 Grey Universal Primer X X Columbia Paint&Coatings Industrial Shop Prime Red Oxide 07-770 X X X Columbia Paint&Coatings Universal Metal Primer Phenolic Alkyd 07-450 Red/07-455 Light Gray X X X Columbia Paint&Coatings Paint Quick Dry Metal Primer Modified Alkyd 07-466 Gray X X X Color By Design 1041 HS Red Oxide X X Color By Design 8051 HS Dark Gray X X Comex Industrial Coatings E-10 High Solids Epoxy Coating X X Comex Industrial Coatings M-10 X X Coronado Industrial Coatings CORO-BOND Universal Primer 1147 Line X X X Crest Industries WS VOC 102 Gray Dip Primer X X X Davis Frost P-47 HS Haps Free Alkyd Red Oxide Primer X X X Davis Frost 23-R612 H.S.Haps Free Red Oxide Primer X X X Davis Frost P-042 3.5 VOC Red Oxide Primer X X X Davis Industrial Coatings Epoxy Primer L!F Light Gray(4-3687/4-8939) X Dell+Sons Industrial Coatings Series 116 Epoxy Kote X X X Delta Laboratories 3.5 VOC Red Electrostatic Primer 3-22702 X X Delta Laboratories,Inc. Lead Free Orange High Solids Primer 390027455 X X Delta Laboratories,Inc. Gray Chromate Alkyd Primer 33H009351 X X X Delta Laboratories,Inc. Red Shopcoat Primer 30R001055 X X X Devoe 4150-7100 Red Low Voc Shopcoat X X X Devoe Devflex PFDTM Akrylic Waterborne X X X Devoe Rustguard Q.D.Shop Coat Primer(Red-27453,Gray-27455,Can Am dK Gray-27455) X X X Devoe Rustguard 4140 Aklyd Primer(red and gray) X X X Diamond Vogel QL-5505 X X Diamond Vogel PB 5616 Fast Dry Red X X X Diamond Vogel Red Oxide RA OF PN-5521 X X X Drew Red Oxide Universal#4230 X X X Dunn-Edwards W715 Ultra-Grip Acrylic Multi-Purpose Primer X X X Duron 33-676 Red Oxide X X X Duron Red Oxide Metal Primer 33-015 X X X Duron Dura Clad H.S.Alkyd Shop Coat Red 33-088 X X X Duron Dura Clad 906-0000 Red Primer X X X 11/1/2022 This list supersedes all previous lists. 3 of 10 ISLATEK® INTERNATIONAL Compatible Primer List Coating Manufacturer Coating Designation W8 3 WB 4 WB 5 Eagle Bridges Marathon Grey L/F 1035 shopcoat X X X Ellis 682 Red/683 Gray Oils Based Rust lnhib.Primer X X X Elpaco 4703P X X Far West Paint X-6948 AstroGalv V.O.C.Compliant Gray Alkyd Primer X X X Farrell Calhoun 1099 Red Tuff Boy X X X Farrell Calhoun Tuff Boy QD Low VOC Rust Stop Modified Alkyd primer 5-53 Red&5-54 Gray X X X Farrell Calhoun Tuff Boy Quick Dry 6-30 X X X Farrell Calhoun Tuffboy Rust Stop Alkyd-1024 Red,1069 Grey,1022 White X X X Farrell Calhoun Tuffboy Quick Dry Alkyd-1020 Red,1032 Grey X X X Farrell Calhoun Tuffboy Barrier Coat Phenolic-1025 Red,1029 White,23-54 Grey X X X Farwest Astro Galvanized Red Oxide X-6933 X X X Farwest TT-P-664C Lacquer Resisting Primer Phenolic Modified Alkyd X X X Flame Control Coatings,LLC Flame Control No.40-40A X X X Floyd Coatings,Inc. P257 Gray Primer X X Forrest Paint Co. 16P Shopcoat Primer X X X Frazee Paint 661 Metal Prime Interior!Exterior Alkyd Primer X X X Frazee Paint 681 Metal Prime Interiorl Exterior Alkyd Primer X X X Griggs Paint DC740 Ratmoore#7 Gray Water Reducible Primer X X X Hallman Lindsay MetalGuard QD Shop Kote Primer X5680 X X X Hammerite Rust Cap Paint X X Hawthorne Paint 7701 Red Anti-Corrosive Primer X X Hawthorne Paint 340 Gray Anti-Corrosive Primer X X Hentzen 02040RIP-4 High Universal Red Oxide Primer X X X Horn Painting Company #3508 Gray Primer X X X Horn Painting Company #3103 Red Oxide Primer X X X HSC Industrial Coatings H24-2097 X X HSC Industrial Coatings #24 LH-3000 X Insul-X Corotech Shop Primer V142 Series X X X INSL-X CheckRust Universal Primer MP9000 X X Intercoastal Paint Company,Inc. WP-1009 Brown Oxide Fast Dry WB Shop Primer X X X Intercoastal Paint Company,Inc. HSP-6462 Brown Oxide High Solids Shop Primer X X X Intercoastal Paint Company,Inc. HSP-6466 Dark Gray High Solids Shop Primer X X X International Devfiex 4216 HP Water-borne Acrylic X X X International Interguard 269 Epoxy X X X International Interseal 670 HS Surface Tolerant Epoxy X X International Interlac 393 Alkyd Red!Gray X X X International Inturcure 200HS Rapid Recoat Epoxy X X Jamestown Coating Technologies 25252B Red Oxide w/r Air Dry Primer X X X Jones-Blair Stantest HS Modified Alkyd Primers Low VOC(15245,15253,15635) X X X Jotun Penguard Primer X X Kansai Paint's Paraprime 15 X X Kansai Paint's Paralux P268HS X X Kansai Paint's Paramastic 52 X X KCC K'Mastic 5000 Surface Tolerant Epoxy Primer X X Kelley Moore Paint Co. All-Gard Metal Primer White 1712-100 X X X 11/1/2022 This list supersedes all previous lists. 4 of 10 IS@LATEK® INTERNATIONAL Compatible Primer List Coating Manufacturer Coating Designation WB 3 WB 4 WB 5 Kelley Moore Paint Co. 1760 Sop Coat Alkyd Primer X X X Kelley Moore Paint Co. 265 KM Professional Water-Oil Hybrid X X X Kenlar 173-0009 super nu-primer X X Korzite Coatings Inc. 03PA035 HS 10 Deg.Grey Primer MF4 X X Korzite Coatings Inc. 01 PAK3 Grey Oxide Primer RMA/MF4 X X Krylon Industrial Coatings K-S4556 Red Oxide X X X Krylon Industrial Coatings Weld Through Primer K00020102 X X X Lanco Metal Master Gray Primer mm-200 Gloss finish Latex Paint X X Lanning Paints LB-90 Fast Dry Gray Universal Primer X X X Laurentide Canam Gray Oil Alkyd Primer X X Laurentide 162270 Canam Gray X X X Laurentide 162278-C Gray X X X MAB Inductrial Coatings Rust-O-Lastic Alkyd Shop Primer 073299/073499 X X X MACLAC 42 Series Red Oxide X X X Marcus Paint Company Gray Vacuum Coat Aqua Mar W!R Primer X X X Martin-Senour Paints W/R Alkyd 2-2764 Red/2-2793 Gray X X X MasterTouch 92R16 Alliance Red Oxide MP Metal Primer X X X Micron Coatings Inc. MC4535 Fast Dry A/C Primer Behlen Grey X X X Miller Paint Co. Red Oxide Metal Primer Red Oxide#363 X X X Mils Paint Fast Dry Shop Primer 580 Red X X X Moline Paint Co. Red metal X X Passano Paint Company Pen-Rust 610-10 X X Perry and Derrick 97197 Snap Dry X X P.F.I.,Inc.-Paints for Industry Aqualize Alkyd Primer(8-WP-1126 Gray,5-WP-1101 Red) X X X P.F.I.,Inc.-Paints for Industry Metalize Alkyd Primer(8-HES-1126 Gray,5-HES-1101 Red) X X X Pioneer Paint of Arizona 2055 Industrial Epoxy Ester Rust Inhibiting Metal Primer X X Pittsburgh Paints SPEEDHIDE Alkyd Rust Inhibitive Primer 6-208 Red(6-212 White) X X X Porter Coatings Porterprime 2.8 288 Red Low VOC Modified Alkyd primer X X X PPG Pure Performance 9-900 Acrylic Primer X X X PPG Multiprime 94-269 X X X PPG Amercoat 370-Fast Dry Multi-Purpose Epoxy X X X PPG Amercoat 5108 X X X PPG Amerlock 2 X X PPG Coraflon Champagne Pearl-A&Coraflon Curing Agent-Comp 8 X X PPG 7-852,7-858 Series Rust Inhibitive Steel Primers Alkyd Resin X X X PPG Pitt-Tech 90-712 Series DTM Industrial Enamel Acrylic X X X PPG 7-844 Alkyd/Oil Resin Primer X X PPG MULTIPRIME Low VOC Quick Dry Universal Alkyd Primer 97-680 X X PPG Pitt-Tech Plus 90-1210 X X X PPG PITTHANE ULTRA Gloss Urentane Enamel 95-812 Series X X X PPG CRE 321 2.1 VOC Corrosion Resistant Epoxy Primer X X X PPG Pitt-Tech Plus Int.Ext.DTM Industrial Primer 90-912 Series X X X PPG MV464B9106 Water Reducible Structural Steel Gray Primer X X X PPG Multi-Prime 4360 Universal Alkyd Primer X X PPG Multi Primer Fast Dry 2.8 VOC 94-258 Series X X X 11/1/2022 This list supersedes all previous lists. 5 of 10 ISOLATEK® INTERNATIONAL Compatible Primer List Coating Manufacturer Coating Designation WB 3 WB 4 WB 5 PPG Multiprime 4160 X X X PPG HPC Industrial Alkyd 4308 X X PPG Fast Dry 4190 X X X PPG Pitt Tech Plus SG 4216H X X PPG Pitt Tech Plus 4020 PF X X X PPG Fast Dry 4180 X X X Pratt&Lambert Steeltech Rust Inhibitive Metal Alkyd Primer S4556 Red/S4551 Gray X X X Pratt&Lambert Steeltech Acrylic Prime or Finish Z190 X X X Pratt&Lambert Techgard S4520 Safety Red Alkyd Primer X X X Pratt and Lambert Steeltech Red Oxide Quick Dry Shopcoat Primer S4501 X X X Pratt&Lambert Steeltech VOC Shopcoat Primer SA4501 X X X Precision Mastermade 388E1 X X Precision Mastermade 217E2 X X Precision Mastermade Paints 1024 Red Oxide X X X Precision Mastermade Paints 1254 Gray X X Precision Mastermade Paints 1665 Gray X X X Precision Mastermade Paints 1773 Gray Oxide X X X Precision Mastermade Paints 1794 Low VOC Black X X X Precision Mastermade Paints 1898 Dark Gray Anti-Rust X X X Precision Mastermade Paints 1960 Red Oxide X X X Precision Mastermade Paints 2089 Red Oxide X X X Precision Mastermade Paints 2177 Red Oxide X X X Precision Mastermade Paints 227 Lt.Gray X X X Precision Mastermade Paints 246 Family Dollar Gray X X X Precision Mastermade Paints 456 No Lift Gray X X X Precision Mastermade Paints 557 Red Oxide X X X Precision Mastermade Paints 844 Red X X X Precision Mastermade Paints 962 Lt.Gray X X X Precision Technical Coatings 373-R-1 Red Oxide X X X Prime-Tech 7-550 X X Prolux 2570-10 X X Prolux Quick Drying High-Solids Alkyd Primer Grey X X X Prolux Quick Drying Alkyd Primer 3914-05 Grey!3940-10 Red Oxide X X X RD Coatings USA RD Elastometal X X X Robinson Chemical Coatings 14-R-37 Red Oxide X X X Rodda P-80 Quick Drying Metal Primer Gray X X X Rodda Barrier III High Solids Alkyd Metal Primers X X X Rodda Paint Barrier III Rust Inhibitive Metal Primer X Rodda Paint Barrier III HS Rust Inhibitive Metal Primer X X X Rodda Paint 6340 Shop Primer 40 Red(LCF)Primer X X X Rose Taburt 9002 QD Gray Shopcoat Metal Primer X X X Royal Coatings,Inc. AQ 610 Waterbased Acrylic Primer X X X Rust-Oleum 2068 Quick Dry Red Primer X X X Rust-Oleum K7769 Rusty Metal Primer-Alkyd X X X Sampson Coatings 131400 Exterior Alkyd Quick Dry Shopcoat Primer X X X 11/1/2022 This list supersedes all previous lists. 6 of 10 ISLATEK® INTERNATIONAL Compatible Primer List Coating Manufacturer Coating Designation WB 3 WB 4 WB 5 Sampson Coatings,Inc. 133040 Sentrx Low VOC fast dry shopkote X X X Selectone MR053 Light Grey Metal Primer X X X Selectone 4142 X X Selectone MR-27 X X Selectone MR-19 Red Oxide Primer X X X Sheboygan Paint 41-8249A 3.5 VOC Red Oxide X X X Sheboygan Paint Company RTS L.F.Red Oxide Primer(41-8176) X X X Shearwater Products Shearcryl Waterbased 209 Red Oxide X X Sherwin Williams B5ONV12(B50AV11)Steel Spec Structural Steel Primer X X X Sherwin Williams B50AV3973 X X Sherwin Williams Acrolon 218 HS Acrylic Polyurethane X X X Sherwin Williams Alkyd QD Primer B50A50/B50R51 X X X Sherwin Williams B5OAS200 2.3 VOC Steel Spec X X X Sherwin Williams B5OWZ Series GALVITE HS Acrylic Primer X X X Sherwin Williams B66W310 Pro-Cryl Universal Metal Primer(low voc) X X X Sherwin Williams B67 Recoatable Epoxy Primer Gray-Parts G and H X X X Sherwin Williams B74AT83 Utility Shop Coat Fast Dry Alkyd Gray Primer X X X Sherwin Williams B75 WF 1001 White X X Sherwin Williams DTM Acrylic Primer/Finish(666W1) X X X Sherwin Williams E41N1 Kromik Primer X X X Sherwin Williams E61R26 Kern Flash Prime Red Oxide X X X Sherwin Williams E61RC21 Red(E61AC82 gray)Shopcoat Primer X X X Sherwin Williams Envirolastic 980 PA Polyaspartic Urethane X X X Sherwin Williams FHP 250 X Sherwin Williams Heat Flex 3500 X X Sherwin Williams Industrial Grey Metal Primer SW28 X X Sherwin Williams Ironox primer#29 Red X X X Sherwin Williams Ironox Primer 96 Gray X X Sherwin Williams Kem Aqua 50P(E61A580) X X X Sherwin Williams KEM AQUA 70P Primer E61A570 Gray(E61R572,E616571,E61W573) X X X Sherwin Williams Kern Bond HS Universal Metal Primer B50 Series X X X Sherwin Williams Kem Bond HS Universal Metal Primer B50 Series X X X Sherwin Williams Kem Flash Prime E61 A 45 X X X Sherwin Williams Kern Kromik 100 B50R00100(low voc) X X X Sherwin Williams Kem Kromik Universal Metal Primer B50 Series X X X Sherwin Williams Low HAPS Light Gray Primer E61AS28 X Sherwin Williams Macropoxy 646 Fast Cure Epoxy(Part A-B58-600,Part B-B58V600) X X X Sherwin Williams Macropoxy 646-100(low voc) X X X Sherwin Williams Mil-24441S Type III N10-350 Series Epoxy Polyamide X X Sherwin Williams Pro-Cryl Universal Acrylic Primer B66 Series X X X Sherwin Williams ProMar 200 Interior Latex Eg-Shel B20w2200 X X X Sherwin Williams Red Structural Steel Primer B50XXRW4648 X X X Sherwin Williams Steel Spec 2003 Rust Inhibitive Primer X X X Sherwin Williams Steel Spec 4012 Universal Alkyd Primer X Sherwin Williams Steel Spec Fast Dry Primer(B50AW3 Gray/BSORW3 Red) X X X 11/1/2022 This list supersedes all previous lists. 7 of 10 ISLATEK® INTERNATIONAL Compatible Primer List Coating Manufacturer Coating Designation WB 3 WB 4 WB 5 Sherwin Williams Steel Spec FHP 250 Universal Primer/Finish X X Sherwin Williams Steel Spec FHP Universal Primer/Finish X X X Sherwin Williams Steel Spec Primer(Part A-B58R8 Base/Part B-B58V8 Hardener) X X X Sherwin Williams Steel Spec QD Primer(B50A51 Gray!B50R52 Red Oxide) X X X Sherwin Williams Steel Spec RIP B50AV2314 Gray X X X Sherwin Williams Steel Spec Rust Inhibitive Primer X X X Sherwin Williams Steel Spec Shopcoat Primer(B50A53 Gray/B50R57 Red) X Sherwin Williams Steel Spec Universal Metal Primer B50-RV6227 Red,AV8431 Gray,WV8430 White X X X Sherwin Williams Steel Sepc Waterbased Shopcoat Gray Primer B66A580 X X Sherwin Williams Water Based Catalyzed Epoxy Part A&Part B X X Sherwin Williams Waterborne Acrylic Dryfall B42W1 X X Sherwin Williams Zero VOC Acrylic(B66-600 Gloss,B66-650 Semi-Gloss,B66-660 Eg-Shel) X X X Southern Coatings 14507 Red Oxide Primer X X X SPI Coatings Rust Grip-E Polyurethane Encapsulant Coating X Stiles Paint MFG,Inc. 7-550 Red Oxide X X X Sumter Coatings 100D2314 X X Sumter Coatings 100D7714,100R7713,100D7720 Inhibitive Shopcoat Primers X X X Sumter Coatings 100R8813,100D8814 High Solids Inhibitive Primers X X X Sumter Coatings 100R9913,100D9914 Heavy Duty Inhibitive Primers X X X Sumter Coatings 100D0031,100R0027,100W0038 Universal Primers X X X Sumter Coatings Red Shopcoat Primer(801R2712/SP 2712) X X X Sumter Coatings 100R0984,100D0985 Structural Shopcoat Primers X X X Sumter Coatings 196D1635 X X Sumter Coatings HS Low VOC Inhibitive Primer Gray-100D8823 X X X Sumter Coatings Inhibitive Shopcoat Low VOC HS Universal Primer Gray-100D2230 X X X Sumter Coatings High Solids-Low VOC Inhibitive Primer(100R8822 Red) X X X Sumter Coatings Pretreatment Primer(100G2029/100X2030) X X X Sunburst #38 Series W/R Alkyd Metal Primer X X X TCI Coatings Inc. Aqua Clad High Solids Gray Primer(AC8344) X X Tnemec 1c27-26-gn-fc-Typoxy X X X Tnemec lc-27-wb-00wg-Typoxy X X X Tnemec 2C 118-30GR Mastic WB Acrylic X X X Tnemec AK01 Alkyd Shop Primer X X X Tnemec AK02 Universal Primer X X Tnemec Azeron H.S.Primer Series 88HS,555 Red,599 Gray X X X Tnemec Chembuild 135 X Tnemec Enduralume Series 1077 Aliphatic Polyurethane X X X Tnemec Endura-Shield Series 73—2 part polyurethane X X Tnemec Enduratone 1029-35GR X X Tnemec Epoxiline WB Series 1224 X X X Tnemec F.C.Typoxy Series 27 and Series 27WB X X Tnemec FM 88-0559-modified short oil alkyd X X X Tnemec N69 Hi-Build Epoxoline II X X Tnemec Series 10-99 Red(10-1009 Gray)modified alkyd X X X Tnemec Series 136 X X 11/1/2022 This list supersedes all previous lists. 8 of 10 ISfLATEK® INTERNATIONAL Compatible Primer List Coating Manufacturer Coating Designation WB 3 WB 4 WB 5 Tnemec Series 27 F.C.Typoxy Poyamide Epoxy X X X Tnemec Series 297 Enviro-Glaze X X X Tnemec Series 530 omnithane(50-330 Poly-ura prime)Aromatic Urethane X X Tnemec Series 594 Omnithane Primer X X Tnemec Series 66(2 Part Epoxy-Polyamide Epoxy) X X X Tnemec Series FD 88 Azeron-modified alkyd X X X Tnemec Series L69 High Build Epoxoline II X X X Tnemec Series V10 X X X Tnemec Tneme-Fascure Series 161 Primer X X X Tnemec Tneme-Fascure Series 161 Primer(2 part epoxy-polyamide epoxy) X X Tnemec Uni-Bond DF Series 115 Acrylic Primer X X X Tnemec UVX Series 750 X X X Tresco Paint Company Aqualloy Primer X X Triangle Coatings Inc. Triprime Red Oxide 902P Series X X X UCP/Solignum Paint Inc. OF3-12 Water Based Alkyd X X X UCP/Solignum Paint Inc. Fast Dry Primer Grey(5150) X X X Valley Paint V-418 Red Oxide Primer X X X Valley Paint V-003 Shopcoat Gray X X X Valley Paint V-007 Corrosion/Epoxy Resistant Red Oxide Primer X X X Valley Paint V-305 Water Reducible Grey Primer X X X Valspar High Performance WWA 164-759 X X X Valspar Duraspar 130 AX Series Primer X X X Victor Steel Inc Red Structural Steel Primer X X Vista Paint Metal Pro Coating Primer/Finish(4800,4805,4810,4896) X X X Vista Paint MP10 Waterbome Red Oxide Shop Primer X X X Vulcraft #27-09-1231 Red and Gray Primers X X X Wasser Micromastic 100 X X X Yenkin-Majestic E-9281 Non-Lifting Gray Primer X X X We have evaluated the compatibility of the above primers under laboratory conditions in accordance with ASTM D4541-95(Standard Test Method for Pull-Off Strength of Coatings Using Portable Adhesion Testers).Results of our investigation indicate that the above primers are compatible with the intumescent basecoat,provided SprayFilm/Type WB 3,WB 4 or WB 5 are applied in accordance with our written application/installation instructions and primer manufacturer guidelines are followed. lsolatek International assumes no responsibility for the duplication of these results in the field as variations in site conditions,surface preparation, formulation changes and other factors are beyond our control. Precaution:Zinc-rich based coatings are not included in this primer list. In following industry practice,the direct application of Intumescent Coatings over zinc-rich primers without the use of an approved barrier/tie coat is not allowed. When left exposed for long periods,zinc rich coatings may form a layer of zinc salts on the surface which may inhibit adhesion of the Intumescent Topcoat. Epoxy coatings may darken or discolor following application and curing and may lose gloss and may chalk when exposed to sunlight. Refer to the primer manufacturer's data page and application instructions for remedial procedures prior to application of the CAFCO SprayFilm/ISOLATEK Type coating system. lsolatek International is continually evaluating new primers.Should you require the use of a specific primer for your project which is not on this list, please feel free to send us a quart sized sample or minimum 6"x6"(16 gauge)steel plate with the primer applied. Please e-mail your request to technical@isolatek.com for approval before shipping your sample.Required with the sample will be the primer SDS,primer data sheet,project name, CAFCO/ISOLATEK material to be evaluated and your contact information. 11/1/2022 This list supersedes all previous lists. 9 of 10 ,,,a u cqt'� Eu n r4, N S s ISOLATEK INTERNATIONAL is registered with the w f AIA Continuing Education System(AIA/CES) 0 8 IS We support our customers with unsurpassed technical expertise and customer service,complemented by an extensive global network of experienced sales representatives and recognized applicators.For detailed product information or for the name of the sales representative in your area please contact us. The performance data herein reflect our expectations based on tests conducted in accordance with recognized standard methods under controlled conditions.The applicator, general contractor,property owner and/or user MUST read,understand and follow the directions,specifications and/or recommendations set forth in Isolatek International's publications concerning use and application of these products,and should not rely merely on the information contained in this Technical Data Sheet.Isolatek International is not responsible for property damage,bodily injuries,consequential damages,or losses of any kind that arise from or are related to the applicator's general contractor's,or property owner's failure to follow the recommendations set forth in Isolatek International's publications.The sale of these products shall be subject to the Terms and Conditions set forth in the Company's invoices. Gill Isolatek International provides passive fireproofing materials under the CAFCO'and FENDOLITEa trademarks throughout the Americas and under the ISOLATEK'trademark throughout the world. Cs/ N 800.631.9600 or 973.347.1200 ISOLATEK® o Brand www.isolatek.com I technical@isolatek.com Brand ~ U technical-international@isolatek.com 11/1/2022 This list supersedes all previous lists. 10 of 10 Finish Coat Materials ISLATEK® For CAFCO® S„rayFilm° Intumescent ~Fireproofing Systems PRODUCT DESCRIPTION EXTERIOR APPLICATION We recognize that the choice of finish colors for the CAFCO SprayFilm CAFCO®SprayFilm®WB 4&CAFCO®SprayFilm®Topseal® Intumescent Fireproofing Systems is the responsibility of the project's For exterior use,CAFCO SprayFilm WB 4 must be coated with CAFCO designer. In order to comply with project scheduling requirements and color choices, it may be more efficient to obtain finish coat material SprayFilm Topseal and a compatible exterior finish coat.The following locally.We are providing the following recommendations to satisfy this products are approved for use over CAFCO SprayFilm Topseal: need. • Sherwin Williams Steel Master 9500 • The surface of the CAFCO SprayFilm must be clean and free from Sherwin Williams Acrolon 218HS condensation, grease or any other surface contaminants that may • Tnemec Endura-Shield Series 73 interfere with the adhesion of the finish coat or the final surface texture. • Tnemec Enduralume Series 1077 • A minimum of 5 days shall be allowed for the CAFCO SprayFilm • Tnemec Endura-Shield II series 1075 or other similar finish coats to fully dry prior to the application of the finish coat material. approved by lsolatek International. Alternatively, a minimum Shore D value of 40 (SprayFilm WB 5) These finish coats will provide the desired color to the system and further and 50(SprayFlm WB 4)is recommended prior to the application of protect the CAFCO SprayFilm WB 4 System. a finish coat. A minimum of 5 days shall be allowed for CAFCO SprayFilm WB 4 to fully • Do not apply the finish coat material until the dry film thickness of dry prior to the application of CAFCO SprayFilm Topseal. A minimum the CAFCO SprayFilm has been measured and it is verified that the Shore D value of 50 is recommended. thickness meets the requirements of the fire resistance design. CAFCO SprayFilm WB 4 must be coated with CAFCO INTERIOR APPLICATION SprayFilm Topseal at a minimum dry film thickness of 14 mils ICAFCO®NTERIOR SprayFilm®WB 3,WB 4 WB 5 (0.34 mm) in a minimum of 2 coats. (Refer to the CAFCO SprayFilm Topseal Technical Data Sheet for complete application instructions). A finish coat is not UL/ULC required for Conditioned Interior Space A minimum of 24 hours shall be allowed for CAFCO SprayFilm Topseal Purpose and/or Interior General Purpose. to fully dry prior to the application of the compatible exterior finish coat. • If desired,for conditioned interior space,a top quality acrylic latex finish The exterior finish coat material shall be applied to an average dry film coat may be applied in accordance with the specific manufacturers thickness of 7 mils(0.18 mm)and must be applied in full accordance with instructions. Alternate finish coats should be waterbome long oil the coating manufacturer's written instructions. alkyd resins, silicone alkyds, or other finish coats approved by Isolatek International. The entire CAFCO SprayFilm WB 4 System must be protected from any • If desired, for unconditioned interior space where protection against and all weather exposure until the finish coat is dry.Typical drying time requirements range from 5 to 14 days and are dependent upon ambient humidity and surface damage is a concern, apply a silicone alkyd temperature,air movement,relative humidity,and coating thickness. marine enamel or aliphatic polyurethane topcoat to an average film thickness of 5.0 mils(0.13mm). The exterior finish coat and CAFCO SprayFilm Topseal must be • The interior finish coat material must be applied in full accordance with maintained throughout the life of the building to preserve the fire the coating manufacturer's written instructions. resistive rating. Please contact the ISOLATEK Technical Services Department at 800.631.9600(Option 1)or technical@isolatek.com if you should have any questions regarding the suitability of specific finish coat materials with CAFCO SprayFlm intumescent fireproofing systems. Technical Data Sheet Brand i OUr.4„. E5 uCAi + r! ISOLATEK INTERNATIONAL is registered with the r AIA Continuing Education System(AIA/CES) We support our customers with unsurpassed technical expertise and customer service,complemented by an extensive global network of experienced sales representatives and recognized applicators.For detailed product information or for the name of the sales representative in your area please contact us. The performance data herein reflect our expectations based on tests conducted in accordance with recognized standard methods under controlled conditions.The applicator, general contractor,property owner and/or user MUST read,understand and follow the directions,specifications and/or recommendations set forth in Isolatek International's publications concerning use and application of these products,and should not rely merely on the information contained in this Technical Data Sheet.Isolatek International is not responsible for property damage,bodily injuries,consequential damages,or losses of any kind that arise from or are related to the applicator's general contractor's,or property owner's failure to follow the recommendations set forth in lsolatek International's publications.The sale of these products shall be subject to the Terms and Conditions set forth in the Company's invoices. 6144° Isolatek International provides passive fireproofing materials under the CAFCO'and FENDOLITE*trademarks throughout the Americas and under the ISOLATEKe trademark throughout the remainder of the world. --,.... 800.631.9600 or 973.347.1200 'S LATEK® Brand www.isolatek.comjtechnical@isolatek.com Brando 0 Date Issued: March 13,2020 Product ID#: 1000904200-2899512 Test Report#: 1000904200-2899512 c2020 (DI Ul CDPH2 INDOOR AIR QUALITY EVALUATION FOLLOWING THE REQUIREMENTS OF CDPH/EHLB/STANDARD METHOD Product Description CAFCO SPRAYFILM WB5/ISOLATEK TYPE WB5 ISOLATEK INTERNATIONAL PHILIP MANCUSO Customer Information 41 FURNACE ST STANHOPE NJ 07874-2624 USA UL Environment-Marietta,2211 Newmarket Parkway, Marietta,GA 30067-9399 Testing Laboratory USA Product Category Paints and Coatings Date Received February 20,2020 The product was received by UL Environment as packaged and shipped by the customer. The package was visually inspected and stored in a controlled environment Test Description immediately following sample check-in. Just prior to loading, the product was unpackaged and prepared for the required loading to expose the paint only at a weight within 5% of the target weight. The sample was placed inside the environmental chamber,and tested according to the specified protocol. Test Date February 24,2020-March 9,2020 Product Area Exposed one-sided area=0.0361 m2 Chamber Volume 0.0863 m3 Product Loading Ratio 0.42 m2/m3 Test Chamber Conditions Air change rate: 1.00±0.05 1/h Temperature:22.7°C-23.5°C* Inlet air flow rate:0.0863±0.004 m3/h Relative Humidity:50%RH±5% Test Method CDPH-CA Section 01350 Standard Method for the Testing and Evaluation of Volatile Organic Chemical Emissions from Indoor Sources using Environmental Chambers Version 1.2. I'' Me/ Authorized by Ally on M. McFry Chemistry Laboratory Director *The temperature range specification is 23°C±1°. The actual temperature range listed above may vary slightly. If the range is outside this specification,data was reviewed to ensure a negative impact did not occur. This test is accredited and meets the requirements of ISO/IEC 17025 as verified by ANSI National Accreditation Board. Refer to certificate and scope of accreditation AT-1297. PHOTOGRAPH OF SAMPLE • ,44 Page 1 of 9 This report shall not be reproduced,except in full,without permission from UL.Results contained within this report only apply to the actual product tested under the testing conditions documented in this report. Date Issued: March 13,2020 Product ID#: 1000904200-2899512 Test Report#: 1000904200-2899512 J2020 UL CDPH2 RESULTS SUMMARY Product Description CAFCO SPRAYFILM WB5/ISOLATEK TYPE WB5 Product Product Surface Room Ventilation Product Environment Usage Area Volume Rate (ACH) Compliance? Classroom Floor 89.2 m2 231 m3 0.82 Yes Office Floor 11.1 m2 30.6 m3 0.68 Yes PROJECT DESCRIPTION The product was monitored for emissions of TVOC, individual VOCs, formaldehyde and other aldehydes over the 96-hour test period. Measurements were made and predicted exposures were calculated according to the CA Section 01350 protocol.As specified in this protocol, the results at 96 hours, after 10 days of conditioning, were compared to %2 (one-half) the current Chronic Reference Exposure Levels(CRELs), as adopted from the California OEHHA list. All identified VOCs were also compared to the California-EPA OEHHA Proposition 65 list and the California-EPA Air Resource Board list of Toxic Air Contaminants (TACs). Report Outline: Table 1 Comparison of Data To Method Requirements Table 2 Chamber Concentrations and Emission Factors Table 3 Most Abundant Compounds Table 4 VOC Predicted Air Concentrations And Regulatory Information Chain of Custody Chain of Custody Download more information regarding UL's technical references and resources,product evaluation methodologies information,quality control program,and environmental chamber evaluations from our website click here or httpsJ/www.ul.com/offerings/greenguard-certification For RSD,Quality Assurance Report or other quality documents,Request here or contact ULE. Page 2 of 9 This report shall not be reproduced,except in full,without permission from UL.Results contained within this report only apply to the actual product tested under the testing conditions documented in this report. Date Issued: March 13,2020 Product ID#: 1000904200-2899512 Test Report#: 1000904200-2899512 ©2020 UL CDPH2 TABLE 1 Product Description CAFCO SPRAYFILM WB5/ISOLATEK TYPE WB5 COMPARISON OF DATA TO METHOD REQUIREMENTS AT 96 HOURS FOLLOWING 10 DAYS OF CONDITIONING 1/2 Chamber Emission Classroom Office Meets CAS � Predicted Predicted 1/2 CREL? Compound CREL Concentration Factorff Number (Ng/m') (Ng/m') (Ng/m=•hr) Concentration Concentration (Classroom/ (pg/ms)** (Ng/ms)** Office) Acetaldehyde 75-07-0 70 BQL BQL BQL BQL Yes Benzene 71-43-2 1.5 BQL BQL BQL BQL Yes Carbon disulfide* 75-15-0 400 BQL BQL BQL BQL Yes Carbon tetrachloride* 56-23-5 20 BQL BQL BQL BQL Yes Chlorobenzene 108-90-7 500 BQL BQL BQL BQL Yes Chloroform* 67-66-3 150 BQL BQL BQL BQL Yes Dichlorobenzene(1,4-) 106-46-7 400 BQL BQL BQL BQL Yes Dichloroethylene(1,1)* 75-35-4 35 BQL BQL BQL BQL Yes Dimethylformamide(N,N-)* 68-12-2 40 BQL BQL BQL BQL Yes Dioxane(1,4-) 123-91-1 1,500 BQL SQL BQL BQL Yes Epichlorohydrin 106-89-8 1.5 BQL BQL BQL BQL Yes Ethylbenzene 100-41-4 1,000 BQL BQL BQL BQL Yes Ethylene glycol 107-21-1 200 BQL BQL BQL BQL Yes Ethylene glycol monoethyl 111-15-9 150 BQL BQL BQL BQL Yes ether acetate* Ethylene glycol monoethyl 110-80-5 35 BQL BQL BQL BQL Yes ether* Ethylene glycol monomethyl 110-49-6 45 BQL BQL BQL BQL Yes ether acetate* Ethylene glycol monomethyl 109-86-4 30 BQL BQL BQL BQL Yes ether* Formaldehyde 50-00-0 9.0*** BQL BQL BQL BQL Yes Page 3 of 9 This report shall not be reproduced,except in full,without permission from UL.Results contained within this report only apply to the actual product tested under the testing conditions documented in this report. Date Iss ued: March 13,2020 Product ID#: 1000904200-2899512 Test Report#: 1000904200-2899512 ©2020 UL CDPH2 Product Description CAFCO SPRAYFILM WB5/ISOLATEK TYPE WB5 COMPARISON OF DATA TO METHOD REQUIREMENTS AT 96 HOURS FOLLOWING 10 DAYS OF CONDITIONING + Classroom Office Meets /s Chamber Emission Compound CAS CREL Concentration Factorff Predicted Predicted 1/2 CREL? Number Concentration Concentration (N9/m') (Ng/ms) (Ng/m2.hr) (Ng/m3)"` (N9/m3)** (Classroom/ m/ Hexane(n-) 110-54-3 3,500 BQL BQL BQL BQL Yes Isophorone* 78-59-1 1,000 BQL BQL BQL BQL Yes Isopropanol 67-63-0 3,500 BQL BQL BQL BQL Yes Methyl chloroform* 71-55-6 500 BQL BQL BQL BQL Yes Methyl t-butyl ether 1634-04-4 4,000 BQL BQL BQL BQL Yes Methylene chloride* 75-09-2 200 BQL BQL BQL BQL Yes Naphthalene 91-20-3 4.5 BQL BQL BQL BQL Yes Phenol 108-95-2 100 BQL BQL BQL BQL Yes Propylene glycol 107-98-2 3,500 BQL BQL BQL BQL Yes monomethyl ether* Styrene 100-42-5 450 BQL BQL BQL BQL Yes Tetrachioroethylene 127-18-4 17.5 BQL BQL BQL BQL Yes (pecchloroethylene) Toluene 108-88-3 150 BQL BQL BQL BQL Yes Trichloroethylene 79-01-6 300 BQL BQL BQL BQL Yes Vinyl acetate 108-05-4 100 BQL BQL BQL BQL Yes Xylenes(m-,o-, p-) 1330-20-7 350 BQL BQL BQL BQL Yes SQL denotes below quantifiable level of 0.04 pg for individual VOCs,with the exceptions benzene and epichlorohydrin which have a QL of 0.02 pg,based on a standard 18 L air collection volume. ?I-he emission factor(EF)is calculated from the chamber concentration(CC),the chamber air change rate(Nc),the chamber volume(Vc),and the product area exposed in the chamber (Ac)as:EF=(CC*Vc*Nc)/Ac. **The predicted building exposure concentration(BC)is calculated from the emission factor(EF),the building air change rate(NB),the building room volume(Vs),and the product area exposed in the building room(AB)as:BC=(EF*AB)/(VB*NB). For more information on Predicted Concentration modeling parameters,click here. ***Guidance value per CA Standard Method Page 4 of 9 This report shall not be reproduced,except in full,without permission from UL.Results contained within this report only apply to the actual product tested under the testing conditions documented in this report. Date Issued: March 13,2020 Product ID#: 1000904200-2899512 Test Report#: 1000904200-2899512 ©2020 UL CDPH2 TABLE 2 Product Description CAFCO SPRAYFILM WB5/ISOLATEK TYPE WB5 CHAMBER CONCENTRATIONS AND EMISSION FACTORS FOR TVOC AND FORMALDEHYDE AT 24,48,AND 96 HOURS FOLLOWING 10 DAYS OF CONDITIONING Elapsed Exposure Chamber Concentration Emission Factortt Hour After 10 Days Conditioning (pg/m') (pg/m2•hr) TVOCt 24 BQL BQL 48 BQL BQL 96 BQL BQL Formaldehyde* 24 BQL BQL 48 BQL BQL 96 BQL BQL BQL denotes below quantifiable level of 2 pg/m'. Exposure hours are nominal(±1 hour). *Defined as the sum of those VOCs that elute between the retention times of n-hexane(Cs)and n-hexadecane(C,6)on a non-polar capillary GC column quantified based on a toluene response factor. *Compound identified and quantified by DNPH derivitization and HPLC/UV analysis. **The emission factor(EF)is calculated from the chamber concentration(CC),the chamber air change rate(Nc),the chamber volume(Vc), and the product area exposed in the chamber(Ac)as:EF=(CC*Vc*Nc)/Ac. Page 5 of 9 This report shall not be reproduced,except in full,without permission from UL.Results contained within this report only apply to the actual product tested under the testing conditions documented in this report. Date Issued: March 13,2020 Product ID#: 1000904200-2899512 Test Report#: 1000904200-2899512 ©2020 UL GDPH2 TABLE 3 Product Description CAFCO SPRAYFILM WB5/ISOLATEK TYPE WB5 TEN MOST ABUNDANT IDENTIFIED INDIVIDUAL VOLATILE ORGANIC COMPOUNDS(VOCs)AND/OR ALDEHYDES AT 96 HOURS FOLLOWING 10 DAYS OF CONDITIONING CAS Chamber Emission Calculated Predicted Number ff Exposure Concentration** Compound Concentration Factor (Ng/►n3) (pg/m2hr) (Ng/ms) Classroom Office --- NOC# BQL BQL Exposure hours are nominal(t 1 hour). VOC data obtained by scanning GC/MS;identification of compound made by retention time and mass spectral characteristics. iQuantified using multipoint authentic standard curve. Other VOCs quantified relative to toluene. *Identification based on NIST mass spectral database only. tCompound identified and quantified by DNPH derivitization and HPLC/UV analysis. ttThe emission factor(EF)is calculated from the chamber concentration(CC),the chamber air change rate(Nc),the chamber volume(Vc),and the product area exposed in the chamber(Ac)as:EF=(CC*Vc*Nc)/Ac, UUDefined as the sum of those VOCs that elute between the retention times of n-hexane(CB)and n-hexadecane(C,6)on a non-polar capillary GC column quantified based on a toluene response factor. **The predicted building exposure concentration(BC)is calculated from the emission factor(EF),the building air change rate(NB),the building room volume(VB), and the product area exposed in the building room(AB)as: BC=(EF*AB)INe*NB). For more information on Predicted Concentration modeling parameters,click here. Page 6 of 9 This report shall not be reproduced,except in full,without permission from UL.Results contained within this report only apply to the actual product tested under the testing conditions documented in this report. Date Issued: March 13,2020 Product ID#: 1000904200-2899512 Test Report#: 1000904200-2899512 ©2020 UL CDPH2 TABLE 4 Product Description CAFCO SPRAYFILM WB5/ISOLATEK TYPE WB5 VOC PREDICTED AIR CONCENTRATIONS AND REGULATORY INFORMATION AT 96 HOURS FOLLOWING 10 DAYS OF CONDITIONING x osure Indicates Presence Predicted E CAS Compound Chamber Emission Concentration** Concentration Factor On List Number p ft (Ng/m') (pg/m2.hr) (Nghme) CA PROP CA AIR Classroom Office 65 TOXIC CREL none --- _ tQuantified using multipoint authentic standard curve. Other VOCs quantified relative to toluene. *Compound identified and quantified by DNPH derivitization and HPLC/UV analysis. ttThe emission factor(EF)is calculated from the chamber concentration(CC),the chamber air change rate(NO),the chamber volume(Vc),and the product area exposed in the chamber(Ac) as:EF=(CC*Vc*Nc)/Ac. **The predicted building exposure concentration(BC)is calculated from the emission factor(EF),the building air change rate(NB),the building room volume(VB),and the product area exposed in the building room(AB)as:BC=(EF*AB)/(Ve*Ns).For more information on Predicted Concentration modeling parameters,click here. CAL Prop.65: California Health and Welfare Agency,Proposition 65 Chemicals 1=known to cause cancer 2=known to cause reproductive toxicity CAL Toxic Air Contaminant: I)Substances identified as Toxic Air Contaminants,known to be emitted in California,with a full set of health values reviewed by the Scientific Review Panel. IIA)Substances identified as Toxic Air Contaminants, known to be emitted in California,with one or more health values under development by the Office of Environmental Health Hazard Assessment for review by the Scientific Review Panel. IIB)Substances NOT identified as Toxic Air Contaminants,known to be emitted in California,with one or more health values under development by the Office of Environmental Health Hazard Assessment for review by the Scientific Review Panel. III)Substances known to be emitted in California,and are NOMINATED for development of health values or additional health values. IVA)Substance identified as Toxic Air Contaminants,known to be emitted in California,and are TO BE EVALUATED for entry into Category III. IVB)Substance NOT identified as Toxic Air Contaminants,known to be emitted in California,and are TO BE EVALUATED for entry into Category III, V)Substance identified as Toxic Air Contaminants,and NOT KNOWN TO BE EMITTED from stationary source facilities in California based on information from the AB 2588 Air Toxic"Hot Spots"Program and the California Toxic Release Inventory. VI)Substances identified as Toxic Air Contaminants,NOT KNOWN TO BE EMITTED from stationary source facilities in California,and are active ingredients in pesticides in California. Chronic REL:California Office of Environmental Health Hazard Assessment(OEHHA),Chronic Reference Exposure Levels ✓=Found in Listing Page 7 of 9 This report shall not be reproduced,except in full,without permission from UL.Results contained within this report only apply to the actual product tested under the testing conditions documented in this report. Date Issued: March 13,2020 Product ID#: 1000904200-2899512 Test Report#: 1000904200-2899512 ?2020 UL CDPH2 Product Description(CAFCO SPRAYFILM WB5/ISOLATEK TYPE WB5 CHAIN OF CUSTODY 2899512 1111111111 ?AITERNAt us Osty Desr iptic� 2899512 CA S f;_v 5r 3_,EK o£.gs r Project# 10aoctDL{2,00 ; -- _ Product# as 9cr G I a Customer: ISOLATEi< INTERNATIONAL Received Date: Aurora Project No.:1000904200 Order No.: 13117409 2020•FE8-20 02,12:27 PM Oracle Project No,:4789245226 Order# 13117'4 0 9 Task Line Cp..t UL BU 2 of 3 CUTMCA046 Q Rush Request-Subject to upcharge. Customer must confirm with LIL prior to submitting product EPEE -uJARD' F...-mat.,•:. Test Type 0 Certification Test•Annualfinitiai Year O Out-of-Srnry.Test I O Quarterly Test •Year Quarter ;D Profile Study Test - Service Line ❑GREENGUARD 0 GREENGUARD GOLD 2 Other r t,?N v 1.z Test Group Product Category$uildmy ProdurM �r Su v{ tegoY` ^tS Lon4f�t i.._.._._ Application tii Floor/Ceding I 0 Panel '0 Wail I 0 Work Surface,lEt Other ytn..ty e.vt. sr$tz IMO Products Only. Coverage Ratettsr A stk,vir±-'„,,i Density! I Specific Gravity -_— _ Fsctluct a)1 Company-!( C5 ma',a,., 1 Product Descriptien! CA.-cc S.(.pY cri.ok i.+)7sS I Ssw-t+rek. TY ' 5,3,3-- ManufactureIDSi i4ifz.s9 3.- , 1'5w-AT ess. nroreapewtz-,,,.L I Company Memel 1Aaefulsitiured u 2 t L -- ------___. -..._._ ._ __. ....--1 -...-Contact Name Itr&u_--r4yervmr-'--- ----._._ 41 1'1411 ner` Sinetz:-T.... ..__._4 Job Title'rdt,r/vtt.&ima ir'..cvo NRv.+wez.. I Address fir, +,ee,^•s._. 'f __ I nt Contact Phone 473-387-rzco szr 2-7s' Coact Email b LAN r,,r,s r rot-a--t— Collector Name /}N4r3tL[A sestet_ __- DES (- L. 6r t7 ZOZc C _ Collector Phone •73-•Sq-l-- Err z ' Time Collected! i;9:?ocAt_—...--_--------- Collector Si. ..- to .,..'i.• -.,.. Collection Location - rw'er�s Sh,,lr,,>J F4 runs It,r _-_ - --Carrier tins --- Shipper Name Rr cel l o St(r.Q I -.l -- -- - -- -'0- 1sspa o .1 u, __ Shipper Phone G`t_ It -14_c ir: zs-ci _1 Time Shipped'It•2D.41 Ship. ' .nature/,.A _, _r Air Sillt 'yt IF it)a._.'L t/ Sarupie Subrnitred to eUt Enrironmmt mamma) '.�.s�aUcL�VenacaUon Services(Guangzhou) :5 UL international Italia S.r.l ":.i other ,1 Nevmsrket Pkwy ,eve, Al,3F.Namhe Science ars Te0Mobgy 'ATTN.00 Latwrnvy state 106 !lvrov.Uon Ce.No.25.South NWn0N Avenue. I VA Europa.& GA 30062.USA I New.{TNrcl.o rea0u 511456.Ciww t t-22060-Cabete teem).Oahe rest Te r. Saint r Dispo,,t r. L.....tum Shipping Ca. J.__._.—_ t Customs Sf PPtee Acct.' R ilk __11 —. inter a{Use ,,,,_Rre p thtc 1;ic.. Receiver Name I r Condition Upon Arrival -i Receiver-ptable 0 Not Acceptable RveeceSivegna Date , �'f_1 y'7 Condition Notes 2-1 t Receive Time j c L7/I) Completed By used On Date r/ ee-EN-F0053-Issue 5.0 Page 8 of 9 This report shall not be reproduced,except in full,without permission from UL.Results contained within this report only apply to the actual product tested under the testing conditions documented in this report. (ID VOC EMISSION RESULTS COMPARISON TO STANDARD Standard referenced: CDPH/EHLS/Standard Method V1.2 (January 2017) "Standard Method for the Testing and Evaluation of Volatile Organic Chemical Emissions from Indoor Sources Using Environmental Chambers"(aka CA Section 01350). PRODUCT SAMPLE INFORMATION Manufacturer ISOLATEK INTERNATIONAL Product Description CAFCO SPRAYFILM WB5/ISOLATEK TYPE WB5 Product Type Building Products UL Sample Identification 1000904200-2899512 Manufactured Date October 10,2019 Test Completed Date March 9,2020 UL Report# 1000904200-2899512 Report Date March 16,2020 TEST RESULTS COMPARISON TO STANDARD CRITERIA Environment Classroom Office Surface Area 89.2 m2 11.1 m2 Criterion Meets? Criterion Meets? Individual VOC <_Y2 CREL Yes <_%CREL Yes Formaldehyde s 9.0 lig/m3 Yes s 9.0 pg/m3 Yes Environment Classroom Office Surface Area 89.2 m2 11.1 m2 TVOC 0.5 mg/ma or less 0.5 mg/m3 or less TVOC comparison is based on LEED BD+C:New Construction v4(LEED v4),Indoor environmental quality(EQ)category/Low-emitting materials credit/Emissions and content requirements/General emissions evaluation. htto://www.usgbc.oro/node/2614095?retum=/credits/new-construction/v4findoor-environmental-quality Authorized by (�`� Allyson McFry Chemistry Laboratory Manager Complete testing and data results are presented in UL Environment Report Disclaimer:This Comparison affirms that:1)the product sample was tested according to the referenced standard;2)the measured VOC emissions were evaluated for the defined exposure scenario(s); and 3)if so indicated above that the results meet the criteria of the referenced standard(s).UL Environment did not select the samples,determine if the samples were representative of production samples, witness the production of test samples, or were we provided with information relative to the formulation or identification of component materials used in the test samples.The test results apply only to the actual samples tested.The issuance of this Comparison in no way implies Listing,Classification or Recognition by UL and does not authorize the use of UL Listing,Classification or Recognition Marks or any other reference to UL on the product or system.UL Environment authorizes the above named company to reproduce this Comparison provided it is reproduced in its entirety.The name, brand or marks of UL cannot be used in any packaging, advertising, promotion or marketing relating to the data in this Comparison,without UL's prior written permission.UL,its subsidiaries,employees and agents shall not be responsible to anyone for the use or nonuse of the information contained in this Comparison,and shall not incur any obligation or liability for damages,including consequential damages,arising out of or in connection with the use of,or inability to use,the information contained in this Comparison. (111) UL Evaluation Reports The UL Evaluation Service(UL ES)provides an Evaluation Report(ER)which presents the findings as to a product's compliance with model building code requirements of the subject of each report. Code authorities use evaluation reports to provide technical evidence that a material, product, design or method of construction complies with the intent of the model building codes. UL Evaluation Report ER13348-01, provided to Isolatek International, is based on the same ICC Evaluation Service, Inc,AC23 Requirements and AC10 Requirements for inspection audits as ICC Evaluation Service Reports(ICC-ESR)for fire-resistive materials. The basis of this report is to provide evidence that the products and systems meet code requirements, ensure code compliance, and to simplify the code approval process. 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August,2016 � } ADVANCED FI REPROOFING AND INSULATION COMPANY Dartmouth Crossing February 9, 2024 078100 APPLIED FIRE PROTECTION THICKNESS SCHEDULE MATERIAL / CAFCO Blaze Shield II 1 hr Floor Beams UL Design #X829 Floor Beams W/D ratio 1 hr Fireproofing W12x26 0.53 1 1/16 W12x30 0.60 11/16 W12x50 0.90 11/16 W16x26 0.49 1 1/8 W16x31 0.59 11/16 W16x36 0.61 11/16 W18x35 0.60 11/16 W18x46 0.78 11/16 W18x50 0.77 11/16 W18x60 0.92 11/16 W18x65 0.99 5/8 W18x71 1.08 5/8 W18x76 0.97 5/8 W18x86 1.09 5/8 1 hr Tube Steel Beams UL Design #X827 Columns A/P ratio 1 hr Fireproofing HSS6x2x1/4 0.23 13/16 HSS18x6x1/2 0.48 1/2 1 hr Tube Steel Columns UL Design#X827 Columns A/P ratio 1 hr Fireproofing HSS5x5x5/16 0.29 5/8 Please see next page for Intumescent Fire Protection Corporate Office/Spokane Portland/Vancouver Office P.O.Box 789,Spokane Valley,WA 99016 (503)222-2950•FAX(503)222-6332 (509)924-6709•FAX(509)924-9045 WA CONTR.REG#ADVANFC005P5 • OR CONTR.REG#146432 • MT CONTR.REG#12751• ID CONTR.REG#RCE-1052 ID PUBLIC WORKS#10025-B-4(07200,07400,07800) UL Product iQm CD BXUVX829 - FIRE-RESISTANCE RATINGS - ANSI/UL 263 Design/System/Construction/Assembly Usage Disclaimer • Authorities Having Jurisdiction should be consulted in all cases as to the particular requirements covering the installation and use of UL Certified products,equipment,system,devices,and materials. • Authorities Having Jurisdiction should be consulted before construction. • Fire resistance assemblies and products are developed by the design submitter and have been investigated by UL for compliance with applicable requirements.The published information cannot always address every construction nuance encountered in the field. • When field issues arise,it is recommended the first contact for assistance be the technical service staff provided by the product manufacturer noted for the design.Users of fire resistance assemblies are advised to consult the general Guide Information for each product category and each group of assemblies.The Guide Information includes specifics concerning alternate materials and alternate methods of construction. • Only products which bear UL's Mark are considered Certified. BXUV - Fire Resistance Ratings - ANSI/UL 263 Certified for United States BXUV7 - Fire Resistance Ratings - CAN/ULC-S101 Certified for Canada See General Information for Fire-resistance Ratings-ANSI/UL 263 Certified for United States Design Criteria and Allowable Variances See General Information for Fire Resistance Ratings-CAN/ULC-5101 Certified for Canada Design Criteria and Allowable Variances Design No.X829 May 03,2018 Ratings—1/2, 1, 1-1/2,2,3,4 Hr *Indicates such products shall bear the UL or cUL Certification Mark for jurisdictions employing the UL or cUL Certification(such as Canada),respectively. 1 r ri, 1, viewamor, 7,1 ii'illav=mwm ,...;w1MNIVAimpreir I 64 , !Plft le 1 Fair �^ 1 LAIIIIIIIIIIAIIMMRIr'Y�ffill i ,.. ,,, /��J : v",....„..„..,..,...... 1.Spray-Applied Fire Resistive Materials*—Applied by spraying with water,in one or more untamped coats at the thickness shown in the table below to steel surfaces which are free of dirt,oil or scale.Use of adhesive is optional.Minimum average untamped density is 13 pcf with minimum ind untamped density of 11 pcf for Types 11,II HS,and D-C/F.Min avg and min ind untamped densities of 22 and 19 pcf,respectively,for Type HP. Tamping is optional.For method of density determination refer to Design Information Section. The thickness of Spray-Applied Fire Resistive Materials(Item t)required for rating periods of 1 h,1-1/2 h,2 h,3 h,4 h of contour sprayed columns may be determined by the equation: R h= 1.01(W/D)+0.66 Where: h=Protection material thickness in the range 0.375-3.75 in. R=Fire resistance rating in hours(1-4 h). D=Heated perimeter of steel column in inches. W=Weight of steel column in lbs per foot W/D=0.55 to 7.0 CAFCO®BLAZE-SHIELD® II IS A LATEK® (Americas)ISOLATEK® T INTERNATIONAL (Worldwide) Spray-Applied Fireproofina DESCRIPTION FIRE TEST PERFORMANCE CAFCO BLAZE-SHIELD II/ISOLATEK Type II is an inorganic, Portland CAFCO BLAZE-SHIELD Il!ISOLATEK Type II has been extensively tested cement based Spray-Applied Fire Resistive Material (SFRM) designed for fire resistance and is rated for up to 4 hours for floor assemblies,beams, to provide fire protection for structural steel and concrete in commercial joists,columns,roof assemblies and walls and partitions. construction.CAFCO BLAZE-SHIELD II/ISOLATEK Type II is an excellent • Classified by UL in accordance with ANSI/UL 263(ASTM E119) choice for concealed environments and can be applied directly to decks, • Classified by UL in accordance with CANIULC-S101(ASTM E119) steel beams,columns or concrete surfaces.Tested and classified by UL as "investigated for exterior use",CAFCO BLAZE-SHIELD II/ISOLATEK Type CAFCO BLAZE-SHIELD II!ISOLATEK Type II has also been tested for II can be left exposed to weather conditions during the construction cycle. surface burning characteristics in accordance with ASTM E84 and is rated In addition to fire resistance,CAFCO BLAZE-SHIELD II/ISOLATEK Type Class A. II also provides thermal and acoustical benefits.As a thermal insulator,it is Flame Spread 0 effective in reducing heat loss,particularly when applied to the underside of Smoke Developed 0 a roof deck. The R-value added by CAFCO BLAZE-SHIELD II/ISOLATEK Type II may also allow a reduction in roof insulation.As an efficient sound CODE COMPLIANCES absorbing material,it adds value to the fire protection application in areas CAFCO BLAZE-SHIELD II/ISOLATEK Type II satisfies the requirements where high noise levels are anticipated. of the following: With it's high recycled content, no pre-mixing,and reduced labor costs to • IBC°-INTERNATIONAL BUILDING CODE° install,CAFCO BLAZE-SHIELD II l ISOLATEK Type II continues to be the • City of Los Angeles(LADBS,Category 1 Material) most cost effective SFRM in the world. • NBC-National Building Code of Canada • ICC-ES,AC23 and AC10 Requirements(UL ER13348-01) PRODUCT ADVANTAGES • UL"Investigated for exterior use" MAJOR SPECIFICATIONS • Inorganic Portland cement based formulation CAFCO BLAZE-SHIELD II / ISOLATEK Type II complies with the • Highest recycled content for commercial SFRMs(67%pre-consumer) requirements of the following specifications: • Easy application and fast clean up • MasterSpect,Section 078100 APPLIED FIREPROOFING(AIA) • MasterFormato 2014,Section 07 8100 Applied Fireproofing(CSC,CSI) • Unified Facilities Guide Specification,UFGS 07 8100 Spray-Applied Fireproofing(USACE,NAVFAC,AFCEC,NASA) • Master Construction Specifications,Number 07 8010 Applied Fireproofing(VA) • Code of Federal Regulations,The 40 Protection of the Environment(EPA) • PBS-P100 Facilities Standards for the Public Buildings Services(GSA) Thermal Performance) Acoustical Performance) Product Conductivity(k)* Resistance(R/inch) Product Thickness Base NRC Rating* BLAZE-SHIELD II 0.30 BTU in/hrft2°F @ 75°F 3.33 BLAZE-SHIELD II 1 inch(25 mm) Solid 0.90 Type II (0.043 W/mK @ 24°C) Type II 'When tested in accordance with ASTM C518 BLAZE-SHIELD II 2 inch(50 mm) Solid 1.05 Type II Physical Performance) *When tested in accordance with ASTM C423 Characteristic ,ASTM Method ; Industry Standard Performance* Laboratory Tested Performance** Density E605 15 pet(240 kg/m3) 16 pcf(256 kg/m') Combustibility E136 Noncombustible Noncombustible Cohesion/Adhesion E736 150 psf(7.2 kPa) 375 psf(18.0 kPa) Deflection E759 No Cracks or Delaminations No Cracks or Delaminations Bond Impact , E760 No Cracks or Delaminations No Cracks or Delaminations Compressive Strength E761 1,440 psf(68.9 kPa) 2,380 psf(114 kPa) Air Erosion Resistance 1,E859 Less than 0.025 g/ft2(0.27 g/m2) 0.000 g/ft2(0.000 g/m2) Corrosion Resistance E937 Does Not Promote Corrosion of Steel Does Not Promote Corrosion of Steel Fungal Resistance G21 No Growth After 28 Days Passed *Standard performance based on MasterSpec®,Section 078100 APPLIED FIREPROOFING.Refer to UL design for density requirement. **Values represent independent laboratory tests under controlled conditions. ifc.40 _ ----- -------- ----_- ---- --- -- --- --__ - -- IS LACK® Brand Technical Data Sheet Brand CAFCO BLAZE-SHIELD II / ISOLATEK Type II Guide Specification SECTION 078100-APPLIED FIREPROOFING 1.4.2 Underwriters Laboratories of Canada(ULC)List of 2.2.1.3 Cohesion/Adhesion(bond strength):When tested 3.1.5 When roof traffic is anticipated,as in the case of The following is an outline/short language specification. Equipment and Materials. in accordance with ASTM E736,the material periodic maintenance,roofing pavers shad be Complete specifications for Spray-Applied Fire Resistive 1.4.3 IBC" INTERNATIONAL BUILDING CODE® applied over uncoated or galvanized steel shall installed as awalkway to distribute loads. Materials are available on various media upon request. CHAPfER17 STRUCTURAL TESTS AND SPECIAL have an average bond strength of 150 psf(7.2 kPa) 3.2 Application PART 1-GENERAL INSPECTIONS,Section 1705 Speck Inspections. 2.2.1.4 Air Erosion:When tested in accordance with ASTM 1.4.4 AWCI Publication: Technical Manual 12-A E859,the material shah not be subject to losses 3,2.1 Equipment.miring and application shall be in 1.1 Work included Standard Practice for the Testing and Inspection from the finished application greater than 0.025 accordance with the manufacturer's written of Field Applied Sprayed Fire-Resistive Materials grams per sq.ft.(027 grams per square meter). application instructions. 1.1.1 Provide all labor. materials, equipment and an Annotated Glide. 2.2.1.5 Compressiveltrengthi When tested lo accordance 3.2.2 The application of spray-applied fire resistive services necessary for and incidental to,the with ASTM E761,the material shall not deform material shall not commence until certification complete and proper irstalaton of all sprayed 1.5 SubmOtele more than 10 percent when subjectedio a coshing has been received by the General Contractor fire protection and related work as shown on 1.5.1 Manufachrers Dale: Submit Manufacturers force of 1,440 psf(68.9 kPa. tothe drawings or where specified herein,and in ) that surfaces in pled receive the sprayed fire rp and e accordance with all a specification, including certificationop as may 2.2.1.E Corrosion Resistance:When tested inof accordance have been inspected by lye applicator and are ppicabte requkemems of me be required to show material compliance with with ASTM E937,the material shall not acceptable to receive spray-applied Contract Documents. Contract Documents. corrosion of steel. promote material, fire resistive 1.1.2 The material and installation shall conform to 1.5.2 Test Data:Independent laboratory test results shall 2.2.1.7 Norncombusubility:When tested in accordance 3.2.3 All unsuitable substrates must be identified and the applicable building code requirements of all be submitted for all authorities having jurisdiction specified performance criteria. with ASTM E136 orCAN4S714,The material shad made known to the General Contractor and be noncombustible. corrected prior to application of the spray-applied 1.6 Delivery,Storage and Handling fire resistive material. 1.2 Quality Assurance 22.1.8 Surface Burning Characteristics:When tested in 1.2.1 Work shag be performed 1.6.1 Deliver materials to the project in man ufachuer's accordance with ASTM E84 or CANAJLC-S102, 3.2.4 Spray-applied fire resistive material shad not be pe by a firm with expertise unopened packages,fully identified as to trade the material shall exhb8 the Mowing surface applied to steel floor decks prior to the completion in the installation of fire protection on similar name,type and other identifying hazardPackaging- burninglamepereadcterf...... of concretewon on spat ay-a. shall bear the UL labels for fire hazard and Ore- FSmoke ve ......0 3.2.5 The application of spside ofli roof d fire resistive otherwise approved by the spray-applied fire resistance classifications. Smoke Developed.....0 material to the underside of root deck shall resistive material manufacturer. 1.6.2 Store materials above ground,in a dry location, 221.9 Density:When tested in accordance with ASTM not commence until the roofing is completely 1.2.2 Before proceedmg with the fire protection work, approval of the proposed material thicknesses and protected from the r use sr.Damagedldbe rpackages E605, al material shalln meet the listed in installed and Bunt,all penthouseshave am complete, densities shall be obtained from the architect and founddf frunsuitableom t for use should be rejected and individual and UL density values required Ilsmd in allo mechanical roofs traffic haha been placed,and after removed from the project. the appropriate UL I ULC design or as construction radhaffic has ceased. other applicable authorities having jurisdiction. the authorityhart risdicdoo. by 3.2.6 1.7 Project Conditions having Proper temperature and ventilation shall be 1.3 Related Sections 2.2.2 The material shall have been tested and classified maintained as specified in 1.7.1,1.7.2.and 1.7.21. 1.3.1 SECTION 051200-STRUCTURAL STEEL 1.7.1 When the prevailing outdoor temperature at the by Underwriters Laboratories(UL)or Underwriters 3.2.7 Provide masking,drop cloths or other suitable FRAMING burbling is less than40°F(4°C),a minimum substrate Laboratories of Canada(ULC)in accordance with coverings to prevent overspray from coming in and ambient tenmeatue of 40°F(4°C)shall be the procedures of UL 263(ASTM E119)or CAN/ contact with surfaces not intended to be sprayed. 1.3.2 SECTION 053100-STEEL DECKING maintained prior to,during and a minimum of 24 ULC-S101. 3.2.8 CAFCO SOND-SEAL t ISOLATEK Type EBS 1.3.3 SECTION 072100-THERMAL INSULATION hours after application of splay-applied fire resistive 2.2.3 Spray-applied fire resistive materials shag be adhesive shall be applied as per the appropriate 1.3.d SECTION 078123-INTUMESCENT material'0 necessary for job progress,General applied at me appropriate minimum thickness and ULNLC fire resistance design and manufacturers FIREPROOFING Contactor shad provide enclosures and heat m density to achieve the following ratings written recommendations. 1.3.5 SECTION 078443-JOINT FIRESTOPPING maintain proper temperatures and humidity levels. Floor assembies___hr. 1.7.2 General Contractor shall provide ventilation to 3.3 Repalring and Cleaning 1.4 References allow proper drying of the Beaf assemblies__M. sprayed fire protection germs_fir. 3.3.1 All patching of and repair to spray-applied fire during and subsequent to its application. A. ASTM E84-Surface Burning Characteristics of Girders_M. resistive material,due a damage by other trades, 1.7.2.1 Ventilation must not be less than 4 complete air Columns shall he performed under this section and Building Materials. paid for exchanges per hour until the material is dry When Joists___fir. by the trade responsible for the damage. B. ASTM E119-Fire Tests of Building Construction spraying in enclosed areas such as basements, 3.3.2 After the completion of the work in this section. and Materials. stairwells,shafts,and small rooms,additional air 22.4 Parable water shall be used for the application of C. ASTM E136-(Noncombustibility)Behavior of exchanges may benecessary. spray-applied fire resistive materials. equipment shall be removed and all surfaces not to be sprayed shag be cleaned to the extent IAaterials in a Vertical Tube Furnace al 750°C. 2.25 Spray-applied fire resistive materials shall contain previously byapplicator and General 1-8 Sequencing/Scheduling no detectable asbestos.Material manufacturer p lyagreetlte the D. ASTM E605-Thickness and Density of Sprayed Contractor. Fire-Resistive Materials Applied to Structural 1.8.1 All fire protection work on a goo shall be completed shall provide car6ficatiandsuch upon request. Members. before proceeding to the next floor. 3.4 Inspection and Testing PART 3-EXECLMON E. ASTM E736-CohesiomActesion of Sprayed 1.8.2 The Contractor than cooperate in the coordination 3.4.1 The spray-applied fire resistive material shall be Fhe-Resistive Materials Applied to Structural and scheduling of the protection work to avoid tested for thickness and density in accordance Members. delays in job progress. 3.1 Preparation with one of the following procedures' F. ASTM E759-Effect of Deflection of Sprayed Fire- 3.1.1 AU surfaces to receive spray-applied fire resistive ASTM E605-Standard Test Method of Sprayed Resistive Materials Applied to Structural Members. PART 2-PRODUCTS material shall be free of oil,grease,loose mill scale, Fire-Resistive Materials Applied to Structural G. ASTM E760-Effect of Impact on Bonding of dirt.paintslprimersor other foreign materials which Members. Sprayed Fire-Resistive Materials Applied to 2.1 Acceptable Manufacturers would impair satisfactory bonding to the surface. AWCI Publication: Technical Manual 12-A Structural Members. Manufacturer shall be contacted for procedures Standard Practice for the Testing and Inspection 2.1.1 The spray-applied fire resistive material shall be on handling H. ASTM E761-Compressive Strength of Sprayed manufactured under the CAFCO"I ISOLATEKI mimed/painted sleet_Any shag of Fieldn Applied Sprayed Fire-Resistive Materials: Fire-Resistive Materials Applied to Structural brand name,by authorized producers. of thehaces to receive sprayed thGeneralfire protection shod IBanC.' " Inked N Guide. Members. be responsibility of me Contractor or IBC' INTERNATIONAL BUILDING CODE' I. ASTM E659-Air Erosion of Sprayed Fire- 1.2 Materials Steel Enactor,as outlined in the structural steel en CHAPTER 17 STRUCTURAL TESTS AND steel deck section. SPECIAL INSPECTIONS Section 1705 Special Resistive Maw Appied to Structural Members. 2.2.1 Materials shag be CAFCO BLAZE-SHIELD'II, 3.1.2 Clips, hangeers, supports, sleeves and other Inspections. J. ASTM E937-Corrosion of Steel by Sprayed Fire- (UL ULC designation:ISOLATEK Type II)applied attachments to the substrate are to be placed by ty Resistive Materials Applied to Structural Members. to conform to the drawings,specifications and others prior to the application of spray-applied fir Product Availability K. CAN tULC-S101-Standard Methods of Fire Tests fogey/mg test criteria: resistive materials. Isolatek international Spray-Applied Fire Resistive of Building Construction and Materials. 2.2.1.1 Deflection:When lastein accordance with ASTM 3.1.3 The installation of ducts,piping,coedutorother Materials are available to trained, recognised ted L. CAN I ULC-5102-Steiner Tunnel Test. F759,the material shall not crack or delambate pnedaulieeators around ddistribution the world oom strategically the U.S.,Canada, when the non-concrete topped galvanized deck suspended equipment shall Irenot resiakestive place until the production and wad th uion points in the US,Canada, M. CAN4-S114 Standard Test Method for to which it is applied is subjected to a one time is application ofspranew. led fire resistive materials mexrce,Europe tied the pacific Basin. Determination of Noncombustibdity in Building vertical centerban resulting in a downwam The son y-ete roan area. Materials deflection of 17120m of the span, 3.1-4 The sprayappfied fire resistive material shall only 1.4.1 Underwriters Laboratories(UL)Fee Resistance 2212 good Impact:When testes in accordance with De applied to steel deck which has been fabricated and erected in accorda Directory. ASTM EMI). the material shall not crack or the Steel Deck Institutence with the criteria set by delaminate from the concrete topped galvanized deck to which 0 is applied. E00 r4j�s 0)0 C4i� ISOLATEK INTERNATIONAL is registered with the s AIA Continuing Education System(AIA/CES) ;03 f#031113 We support our customers with unsurpassed technical expertise and customer service,complemented by an extensive global network of experienced sales representatives and recognized applicators.For detailed product information or for the name of the sales representative in your area please contact us. The performance data herein reflect our expectations based on tests conducted in accordance with recognized standard methods under controlled conditions.The applicator, general contractor,property owner and/or user MUST read,understand and follow the directions,specifications and/or recommendations set forth in Isolatek International's publications concerning use and application of these products,and should not rely merely on the information contained in this Technical Data Sheet-Isolatek International is not responsible for property damage,bodily injuries,consequential damages,or losses of any kind that arise from or are related to the applicator's general contractor's,or property owner's failure to follow the recommendations set forth in Isolatek International's publications.The sale of these products shall be subject to the Terms and Conditions set forth in the Company's invoices. 4.0.. Isolatek Intemational provides passive fireproofing materials under the CAFCOrn and FENDOLITEm trademarks throughout the Americas and under the ISOLATEK°trademark throughout the world. 0 N 800.631.9600 or 973.347.1200 'S LATEK® ! Brand www.isolatek.com I technical@isolatek.com Brand o technical-international@isolatek.corn ci 's LATEK® SHORT FORM APPLICATION GUIDE INTERNATIONAL CAFCO® BLAZE-SHIELD® II This is an abbreviated guide and is not intended as a substitute for the Long Form CAFCO BLAZE-SHIELD Series Application&Installation Manual. Applicator shall completely and fully read and understand the Long Form Application&Installation Manual prior to applying this product PUMP REQUIREMENTS: Only approved equipment that consists of a hopper,feed auger,carding system,airlock and blower must be used. APPROVED EQUIPMENT: Unisul-All Pneumatic Fireproofing Machines Contractors Consulting Service-All BOSS Machines. Nordic Machinery—Blaze King MS-1 EQUIPMENT SETTINGS: Unisul-Carding boxes or slide gates should be half closed.This typically falls between settings 4 and 6(depending on the model of the machine). All BOSS Machines-Discs should be set at position 8. Blaze King MS-1-Discs should be set at position 10. When feeding material,empty only one bag of material into machine hopper at a time. When the hopper is one quarter full(three-quarters empty),empty next bag into the hopper. ACCEPTABLE NOZZLES: 2-1/2 in.(64 mm)I.D.RA-9 Airless or 2 in.(51 mm)Inside Diameter(ID.)or RA-6 Airless nozzles manufactured by Hydra-Cone. The use of an expander sleeve is recommended to provide an even spray pattern. 2-1/2 in.(64 mm)I.D.Boss 8 and 6 jet Airless nozzles manufactured by Contractors Consulting Service. 2-1/2 in.(64 mm)I.D.High output Air/Water nozzle manufactured by Hydra-Cone. The use of an expander sleeve is recommended to provide an even spray pattern. Note:A 10 to 20 cfm(280 to 570 liters/min)air compressor providing 60 psi(4.1 kg/cm2)air pressure at the nozzle is required when using an Air/Water nozzle. UNACCEPTABLE NOZZLE: 2 in.(51 mm)or 2-1/2 in.(64 mm)I.D.Hydra-Cone(Center Stem Jet)manufactured by Hydra-Cone. WATER RATIO: Approximately 1.2:1 water to material ratio,by weight. Water pressure should be a minimum of 65 psi(4.4 kg/cm2)as measured at the nozzle. Refer to the CAFCO BLAZE-SHIELD Series Application and Installation Manual for methods to determine water to product ratios. WATER BOOSTER PUMP: It is mandatory that a water booster pump with a 55 gal.(208 L)reservoir tank is used to ensure proper water pressure and volume. HOSE SET-UP: TRANSFER HOSE must be smooth interior,rubber or plastic with a 2-1/2 in. (64 mm)or 3 in. (76 mm)I.D. Hose must be reinforced to resist kinking or cracking,and must resist static build up. Flexible hose length should not exceed 250 ft.(76 m). METAL STANDPIPE with a 2-1/2 in.(64 mm) to 3 in.(76 mm)I.D.must be used when transfer height exceeds 3 stories or 36 ft.(11 m)or when total length(horizontal plus vertical)of material hose were to exceed 250 ft.(76 m)_ LIGHTWEIGHT FLEX HOSE(WHIP HOSE)must be smooth interior,rubber or plastic with a 2 in. (51 mm)or 2-1/2 in.(64 mm)I.D.Hose must be lightweight and flexible to allow mobility at the nozzle,and must resist static build up.The maximum whip hose length should not exceed 25 ft.(8 m). NOZZLE DISTANCE: 18 in.(457 mm)to 24 in.(610 mm)from the substrate. APPLICATION&THICKNESS: The material is conditioned through the application equipment and is pneumatically conveyed through the hose to the nozzle where atomized water is introduced.The spray is then directed at the substrate and applied in an even uninterrupted pattern. The product is left untamped. For applications greater than 2 in.(51 mm),apply 3/4 in.(19 mm)to 1 in.(25 mm)on the initial coat and allow to dry overnight. The following day(s),apply the remaining thickness in 1 in.(25 mm)to 1- 1/2 in.(38 mm)applications,allowing each application to dry overnight before starting the next one. 1 of 2 WATER OVERSPRAY: It is mandatory that the CAFCO BLAZE-SHIELD ll be over sprayed with water before the end of the work day. If water overspray is not provided,the minimum bond strengths may not be maintained. APPLICATION TEMPERATURE: A minimum substrate and ambient temperature of 40°F(4°C)shall be maintained prior to,during and a minimum of 24 hours after the application. SURFACE PREPARATION: Ensure surfaces are clean and free of dirt,oil,grease,loose mill scale,paints/primers(other than those approved by Isolatek)and any other materials that may impair adhesion. For applications to primed steel,contact Isolatek Technical Services Department. Note:Some substrates require the use of CAFCOe BOND-SEAL(adhesive)or metal lath. Refer to the CAFCO BLAZE- SHIELD Series Application&Installation Manual for specific requirements. VENTILATION: Provide a minimum of 4 complete air exchanges per hour until the material is dry. WATER TO FIBER RATIO& 1. DETERMINE THE MAXIMUM WATER OUTPUT: PRODUCTIVITY: • Establish the maximum water quantity by opening the water valve to the fully open position and directing the spray into a 5 gal(18.9 L)pail**for 1 minute. • Measure the height of the water in inches. • Compare the height of the water in the pail to the chart below and determine the maximum bag Der hour rate. 2. DETERMINE THE CAFCO BLAZE-SHIELD II HS FEED RATE: • Measure the time it takes to spray one bag. This is done by spraying material until the hopper is nearly empty. Material should be at the level of the top of the auger in hopper bottom. • Tum feed off,empty one bag into hopper. • Turn feed on and start stopwatch. When the material reaches the top level of the auger(the initial starting point)stop the stopwatch and record the time. e.g. Assume it takes 2 minutes 30 seconds to spray 1 bag. 1 bag=2.5 minutes x 60 min./hr.=24 bags/hr. 3. Adjust the material feed rate to match the measured water level. **The 5 gal (18.9 L) pail is similar to the one used for CAFCO BOND-SEAL. Using pails with different dimensions may give erroneous results. Inches of Time to Spray Bags/Hour Water/minute One Bag 2.0 10 min. 6.0 2.5 8 min. 7.5 3.0 6 min 40 sec. 9.0 3.5 5 min.43 sec 10.5 4.0 5 min. 12.0 4.5 4 min.27 sec. 13.5 5.0 4 min. 15.0 5.5 3 min.38 sec. 16.5 6.0 3 min.20 sec. 18.0 6.5 3 min.05 sec. 19.5 7.0 2 min.51 sec. 21.0 7.5 2 min.40 sec. 22.5 8.0 2 min.30 sec. 24.0 8.5 2 min.21 sec. 25.5 9.0 2 min.13 sec. 27.0 9.5 2 min.06 sec. 28.5 10.0 2 min. 30.0 NOTE:Only the listed equipment,nozzles and procedures are approved for applying CAFCO BLAZE-SHIELD II. Deviations from these requirements will result in product not meeting claims as published in the literature. For additional information,please contact the Technical Service Department. 1soratek Intarnetional provides passive Rre uurfiry meterels under ithe CAFCO rranama*c Hxougho,*the Amerras and Sher markets and under the ISOLATEIVisademat throughout the MWdd. io 800.631.9600 or 973.347.1200 S T ' Brand www.isolatek,com technicalh z iso atek.com Brand 2 of 2 Q PERFORMANCE DASHBOARDSustainaote Minds IS;¢LATEK AS INTERNATIOItqAtiii NAL ;: `6 -,,.:..=Y CAFC©�BLAZE-SHIELD II OIATEK . CAFCO BLAZE-SHIELD II HS • CAFCO BLAZE SHIELD HP • :.._ .,.� The CAFCO BLAZE-SFllEtp series of products are the industry-tending commercial and medium density Dry Mix Spray-Applied r x; Fire Resistive Materials. The Inorganic l'grtiand cement based formulations provide superior fire resistance for structural steel and concrete in commercial construction environments t +�'? " • W. particularly when exposure to severe weather .., . , conditions during the construction phase is y..,: . necessary. Performance dashboard Features&functionality Environment&materials � :=;p CAFCO BLAZE-SHIELD N:Commercial Density improved by: SFRM with exceptionally high recycled content, Tested to meet(CDPHj Standard Method v1.1&EPA providing significant LEED credits. Method 24 for VOC's �A' CAFCO BLAZE-SHIELD II HS:Commercial Density SFRM formulated to satisfy IBC Post-industrial recycled content used minimum bond strength requirement of 430 psi Certifications,rating systems&disclosures: 'f- for buildings up to 420'in height. Declare,Red List Free CAFCO BLAZE-SHIELD HP:Medium Density Health Product Declaration - formulation suitable to remain exposed to Cellulosic—ANSIJUL263(ASTM Ettg)—Fire Tests of extreme weather during construction,providing Building Construction and Materials flexibility to sequencing and scheduling of projects. UL Classification Mark CAFCO BLAZE products are the only commercial and medium density products classified as"investigated for exterior use"by UL. Visit Isolatek for more product specifications: BZAFO BAZ SHIELDCAFCO II LAHS,CAFCOE-SHIELD BL II,AZE C -SHIELDC L HPE- CSI Masterformat 07 8100 See LCA,interpretation&rating systems CAFCO SFRM Guide Spec For spec help,contact us or call 800-631-9600 See materials,interpretation&rating systems Declare- Download all documents �S►rwi�e sWis. -r, ' at"ix l k - a - x `J c* ••�`i`k"' r�cg G�nE l '�m y q r M : , t;. ?- a� �� T�^rr-�v r t � 3 `` r Y '' k r ";" � � i mz' ail+ nk t,i-. 4 taQ,..'' dYMit xsj rx AW'r �, x .a F � giE .'fcs t..r ya r^f`yx : �4. $z ,�4' x�k°via bra ti $ f �a � rf�'i1 F r . f ,:'.. 62-:'"➢ L NS� ` I s eu t d ' R:Y a�,'� i0. ,£n +`� ,tVr1N ems. - • E,w.., : .. ... a -... _.,r r. .,.- ._ , ., _. - S cal!-af;.e M rho ISorLA1EK © LCA€M E At EAL RESULTS S'NTERRRETATI 05 MECUMUSTMI LCA&material health results&interpretation CAFCO BLAZE-SHIELD--II,11 Hs&HP Life cycle assessment Scope and summary What's causing the greatest impacts 6 Cradle to gate 0 Cradle to gate with options C.Cradle to grave All life cycle stages Overall,the raw material aquisition stage dominates the results for impact categories.Followed closely behind by the manufacturing stage Application The overall lowest impacts come from the transportation stage. CAFCO,BLAZE-SHIELD'products contain a unique inorganic, environmentally friendly,Portland cement-based formulation that provides Raw materials acquisition stage superior fire resistance for structural steel and concrete in commercial The impact of the raw material acquisition stage is mostly due to the construction environments. Portland cement and levy slag.This is because of the high material weights used in manufacturing. These are the products of choice particularly when exposure to severe weather conditions during the construction phase is necessary,or when sensitivity analysis application efficiency,along with excellent thermal and acoustical insulation There are no notable variations. properties are desired. Multi-product weighted average CAFCO''BLAZE-SHIELD''II HS is a high strength commercial density, Results represent the weighted average using production volumes for the Portland cement based Spray-Applied Fire Resistive Material(SFRM)that is products covered.Variations of specific products for differences of 10-20% specially formulated to satisfy the International Building Code(IBC)bond against the average are indicated in purple,differences greater than 20% strength requirement for buildings up to 420 ft in height are indicated in red.A difference greater than 10%is considered significant. Declared unit 1,000 kg of spray-applied fire resistive material,packaging included. How we're making it greener Manufacturing data Isolatek minimizes our waste portfolio by employing a variety of efforts, Reporting period:January 2017-December 2017 including the reuse of recycling of spent materials where feasible. Location:Huntington,IN The amount of water required to be added during the mixing and application Isolatek offers the most thermally efficient materials on the market, of 1,000 kg of dry product is 334 gallons.This water consumption will cause meaning less material is needed to complete a project. additional environmental impacts in the use phase,which is out of the scope of this assessment. Sce lrciv tAe rlakA it greater Material composition greater than 1%by weight Product Ingredient Portland Cement 18.4% Product Ingredient Fieldspar 17.4% Product Ingredient Slag 59.3% Product Ingredient Plaster of Paris 4.5% Packaging Film bag 0.3% Total impacts by tile cycle stages lmPts/dect unit) •Raw material acquisition 1.27E-02 •Transportation 4,52E-03 •Manufacturing 3.56E-02 Total 5.28E-02 A vat ation of 10 to 20%.A vaz.-Aro,.iv::, 11,a 20', LCA results Information modules:Included!E aided Al Raw Materials A2 Transportation A3 Manufacturing Al-A3 Total a .,. - 0 �" aev SM 2013 team about SM Single Score results impacts per declared unit L27E-02 mPts 4.52E-03 mPis 3.56E-02 mPts 5.28E-02 mPts Materials or processes contributing>20% CAFCO`BLAZE-SHIELD Truck and rail Energy and ancillary Stem of the single point • to total impacts In each life cycle stage Series raw material transportallan used to materials required to make scores. production. transport raw materials to the passive fire protection manuraeturmg site. produce ' TRACI v2.1 results per declared unit A variation of 10 to 20%1 A varebrn greater Man 23 t7)gCYr;ItE9 ' • Ecological damage Acidification kg Sr;eq 1.13E+00 1.79E-01 1.68E+01 1.81E+01 Eutrophication kg N eq - 1.07E-01 2.55E-02 3.24E-01 4.56€-01 Global warming kg COr eq 3.87E+02 4.78E+01 2.27E+02 6.61E+02 (Embodied carbon) Ozone depletion kg CPC-11 eq - 1.76E-05 1.16E-05 1.52E-05 4.44E-05 Human health damage Carcinogen!. CTU1 -- 9.35E-07 3.49E-07 7.16E-07 2.00E-06 Nancardegenics C 111,, 1.94E-05 1.03E-05 6.49E-06 3.62E-05 Respiratory effects kg PM2e eq 2.62E-01 3.24E-02 4.38E+00 4.67E+00 Smog kg Oa eq - 1.67E+01 3.63E+00 6.64E+01 8.68E+01 Additional environmental information Ecotoxtcity CTU, -- 6.84E+01 1.93E02 3.07E+01 2.92E+02 Fossil fuel depletion MJ,LHV • 1.81E+02 9.72E+01 1.24E+02 4.02E+02 See the additional EPD content required by the ASTM Environment PCP on page 4 of the Transparency Report PDF. References Rating systems LCA Background Report The intent is to reward project teams for selecting products from Isolate!Products LCA(public version).Isolate!2019.SimaPra Analyst manufacturers who have verified improved life-cycle environmental 8.5.2.0,Ecolnveni 3.1,2.2 database. performance. PCR LEED BD+C:New Construction I v4-LEED v4 ASTM PCR for Spray-Applied Fire Resistive Materials;Version 1.0,February Building product disclosure and optimization - 2022-PCP review conducted by Thomas Gloria,PhD(chair, Environmental product declarations t gloriadindustrial-ecology.cam);Jeffrey Gould;and Karl Houser. �l Industry-wide(generic)EPD c,product • LSO 14025,"Sustainability in buildings and civil engineering works-Core (ej Product-spec-trio Types m EPD 1 product - rules for environmental product declarations of construction products and - - - services". LEED BD+C:New Construction I v4.1-LEED v4,1 Independent external verification of the declaration and data,according to Building product disclosure and optimization ISO 14425. Environmental product declarations Download PDF SM Transparency Report/Material Health Overview,which InauzUy wide(generic)EPD 1 product - includes the additional EPD content required by the ASTM Environment PCB. Co Product-specific Type ill EPD 114 product -rranspwr y e.pnn`•r rrmlroaoanrat product decteru5oes.newe Green Globes for New Construction and Sustainable Interiors u camperc Me pvteneal enyGonmerrtN perrwmarrce W Prrn"s They on a lHt<yGe basis. •_ designed to prment irrforrnmon transparency to make dm imitations of comparability more Materials and resources are TRSTPDs of products that mororm to the same PCR and inc.ee the same life NC 3.5.1.2 Path 'Prescn frv2 Pa for Building Path Core and Shell cycle stages.but are mac.by different m ma anufacturers, y not suff ienty align to support direct B p emparisons Thev 55nc Ire.cannox ba user as caci ama assertions unrcss Me cgndr e C 3.5.2.2 and 514.12 Path 9'.prescriptive Path for Interior Fit outs defined inl5014o25 Sectbn b7.2.'Requirements for Gomparabiity'are satrstied.'EPDs ircm V Pt ' driterent mograms losing different PCR)may net he comparable-TRstePDs cannot be compered a may do not nave re same rwa�ona l unn-reference sera no lue,one boihfing acroee rne. Collaborative for High Performance Schools National Criteria el 7.1-Environmental Product Declarations el Third-parry certified type Ill EPD 2 ports BREEAM New Construction 2018 Mat 02-Environmental impacts from construction products Environmental Product Declarations(EPD) Industry average SOD 5 points re d Multi-product specific EPD .75 points Product specific EPD I point "T- ��+Was'n 1 4 �af ',�, l`k:' v ie -�ti 6 v l 3 '.°✓ '`r.. 8?.'s `r(" �'� ,�i°"�o-�r*`1r'$fix g 5•`f e ` s^ n.f ,. F:r ?�'rar�y.�r T s �..1>< _. _: sad 1 wt: t'` -vz -1 r 3k it }_sa c f, ^ :•'. Y ''a i n�ra� '+ t t tT-i • '! tyyyPs2�'� ,4 e y ¢o. '1.'0�xe.'"4'ge'��1� o t. t r,, rr •`f" rat N}'i4 sr.l t;st I a a AI n 1,,' a ^ hW'%CA," ->;r (+r .E» n' ^+rt 5 s , IitlitilliggettlegAr Sustainable Minds cry mErz�� ccu Lf� © LCA.E MATEP AL kEA_TH RESULTS d)NTERFHETaT;ON urcres LCA&material health results&interpretation CAECO BLAZE-SHIELD II,It HS&HP Material health Assessment scope and results What's in this product and why Declarer" Declare level The Declare"program holds manufacturers accountable for their Inventory threshold:100 ppm ingredients used in their products and allows the specifiers,architects and others the ability to better understand the products'environmental and sustainable qualities through transparency.Isolatek International takes Declare level: pride in the fact that all of our Applied Fireproofing products are labeled as The Declare product database and label •IBC Reri list Free Declare Red List Free. are teed t 1 t pr d is that rneet the LBC's stringent to7requirements. � LBCC mplrant streamlining me materials specification DeclaredWhat's in the product and why and er arcatino process. Our products'primary components is Portland cement binder,which is obtained and processed from common natural materials,such as limestone Click the label to see the full declaration. and clay.The trade off with the cement-based products compared to the naturally occurring gypsum counterparts is their functional ability to better • CAFCOGLAZE-SHIELD withstand the exterior elements or other abuses during the construction and life cycle of the structures in which they are installed.The primary component binder type has widespread availability which are sourced locally near our production facility. are. What's been done in the design and manufacture in consideration of the potential human health and environmental impacts in the use CAFE()BLAZE-SHIELD stage Isolatek International Isolatek International's BLAZE-SHIELD products contain more recycled ivw axa aMp w� n content by weight than any competing Applied Fireproofing product. End of Ede Options; j o BLAZE-SHIELD products contain 56 to 67%slag,a by-product of steel production,which would otherwise be land filled. These products are packaged in recyclable plastic film bags and shipped on wooden pallets etAZE•sHIELG x1,x as,HP:toad GHEE and that can be reused or recycled. Gtesr/apnagt fibs(,oornaad carman,mason el Pans.Guam BLAZE-SHIELD products are designed to provide the required fire resistance ratings on structural steel members and designed to last the lifetime of the building when applied in accordance with specified design criteria,Isolatek's written Application Instructions,properly maintained after application and not damaged or altered in any way after installation. ”. '.aftatite Where it goes at the end of its life Isolatek International's Applied Fireproofing products are designed to oa aaar""Srve a « r provide the required fire resistance ratings on the structural steel members to last the lifetime of the building when applied in accordance with the .gym.anon, specified design criteria,our written Application Instructions and are not damaged or altered in any way after their installation. Although lsolatek's Applied Fireproofing products are designed to last the lifetime of the building,the end life of the product is generally the result of a rehabilitation,which may require removal and replacement of the Health Product Declaration Applied Fireproofing materials. The removal depends upon the degree of CAFCO BLAZE-SHIELD II,II HS&HP the rehabilitation. Otherwise,the end life of the material is based on the Inventory threshold:t00 ppm end life of the structure in its entirety.The material is then processed along with the remainder of the structure,primarily as landfill material. Full disclosure known hazards:Yes Based on the selected content inventory threshold: How we're making it healthier CO Characterized CI Screened G identified • Isolatek International is committed to legal compliance and ethical business practices in all of our operations. GreenScreen'List Translator Scores • Isotatek's Vendors must act in accordance with the applicable •Let Translator Likely Benchmark 1! statutory and international standards regarding environmental 'rr Benchmark 1 protection. •t sr Translator Forerun Benchmark 1 > • lsolatek's Vendors must minimize environmental pollution and make continuous improvements in environmental protection. List Trans'amr Benchmark Unknown: P Benchmark a • Isolatek's Vendors must set up or use a reasonable environmental '` sz management system. Benchmark B • In lsolatek's purchase arrangements,Vendors must observe all Benchmark a, applicable laws of their country and international standards, No data avauabie including but not limited to laws and standards relating to the environment,as well as health and safety. Total VOC Content Soe „w Material(gig:0.0 Regulatory(gig:50.0 Does the product contain exempt VOCs:No Are ultra-low VOC tints available:N/A Evaluation Programs Declare Declare labels are issued to products disclosing ingredient inventory, sourcing and end of life options.Declare labels are based on the Manufacturers Guide to Declare,administered by the International Living Future Institute. : How it works Material ingredients are inventoried and screened against the Liv:-a F3;l.id;r,__; • o •z=,c3N(LBC)Red List which represents the'worst in class'materials, chemicals,and elements known to pose serious risks to human health and the greater ecosystem. The Health Product Declaration® The HPD Open Standard provides a consistent,and transparent format to accurately disclose the material contents and associated hazard classifications for a building product. How it works Material ingredients are screened and categorized according to the hazards that international governmental bodies and toxicology experts have associated with them,based on two listings: • Authoritative lists maintained or recognized by government bodies • Screening lists,which include chemicals that government bodies determined need further scrutiny,as well as chemical lists not recognized by any government body. References Rating systems Declare LEED BD+C:New Construction I v4-LEED v4 CAFCO BLAZE-SHIELD Building product disclosure and optimization Material Ingredients Manufacturer's Guide to Declare . A comprehensive guide providing information about the program,the Credit value options 1 product each assessment methodology,how to submit material data to obtain a Declare Cli 1.Reporting 0 2.Optimization 0 3.Supply Chain Optimization label and how they are used to meet the Health&Happiness and Materials Petals of the Living Building Challenge, Living Building Challenge 3.0 Materials petals imperatives Health Product Declaration', C/10.Red List Free t✓12.Responsible Industry 0 13.Living Economy Sourcing CAFCO BLAZE-SHIELD II CAFCO BLAZE-SHIELD HP Well Building Standard® CAFCO BLAZE-SHIELD II HS Air and Mind Features 0 Air,26.Enhanced Material Safety Health Product Declaration Open Standard v2.1 The standard provides guidance to accurately disclose the material contents 6 Mind,97.Material Transparency Mind,98.Organizational Transparency of a building product using a standard,consistent,and transparent format. Collaborative for High Performance Schools National Criteria MW 10.1—Building Product Health Related Information Reporting Col Product Health Related Information Report 1 point M Ott� 5. ' s • Wit. i glint!', j .i:. 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" k.,. y r... . , r. , , , "._ . ._ ISt*LATEK• How we make it greener C:AFC0 BLAZE_Si-41E1D it.IF i &iiP • • Reuse o/resyrleE Pent HetWs ry BIAZEsiE'>9rnU "� F '9➢ 9t ZAESMC( tl a 56 6�i. tl d�Y Mate_ .ad A - aultl e e - frl�etl0: .,_ .r .xr. n..suvide^auVnl arotlucrc t s,tl,y- vru .is_. ._ ecvc ex nl.ectce „... rnn xr nmtFa[t:in g.TctlM1twS wn:ch mrnw�G .nrutv�rte.onco..0 4110 • -„ �J " PaNt Regional Manutaetwing i-a ee i.��mara�a LAFLC ev¢e-sw;i,o mrra„wets - �a« yr ltl �'• usn:unea�n --_ - - r.w.r$wmm' c ao oe rvsei ee. M - - OPtnniietl and req[kC Packgjkq A CHF OHL4IE S'itft0 d +�N' Y • • @ "�"" Ik4S1o�Is•Ik Energy mse optimization u.. .`. f U tl G RC Mo R- Una NIMMOINE tl W Reduced water use I I ( � - - -+ - r esi9netl to use neleatta �..—.�. !I I I n, f III III III T. 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' ` �'h{ RektgiiN._. >'+ .d' 4 a' 4� /:fitk Z16Pnitfip@ � a x x t 1 NSF„$fr Sustainable Minds IS,+LATEK - O ADDITIONAL EPD CONTENT Additional EPD content required by: CAFCO'- BLAZE-SHIELD' Series ASTM PCR Parts A and B for Spray-applied Fire-resistive Materials (SFRM) Primary energy consumption, material resources consumption, and waste flows per declared unit P i , , ruin: Primary energy consumption indicators Nonrenewable fossil MJ,HHV 2.54E+03 7.54E+02 6.19E+03 9.49E+03 Nonrenewable nuclear MJ,HHV 1.48E+02 1.17E+01 7.44E+02 9.04E+02 Renewable(solar,wind,hydroelectric,and geothermal) MJ,HHV 8.85E+00 7.13E-01 8.39E+00 1.80E+01 Renewable(biomass) MJ,HHV 3.26E+01 4.36E+00 8.12E+01 1.18E+02 Material resources consumption indicators Renewable material resources kg 1.53E+00 2.12E-01 3.85E+00 5.59E+00 Nonrenewable material resources kg 8.88E+02 5.89E+01 3.18E+02 1.26E+03 Net fresh water L 5.29E+03 5.28E+02 1.11E+04 1.69E+04 Waste flows Non-hazardous waste generated kg 0 0 0 0 Hazardous waste generated kg 0 0 0 0 Numbers shown in purple have a variation of 10 to 20% Numbers shown in red have a variation greater than 20% a�'. #>'...� ; "�§ �':.., ^F �.,i," ;:, � '�t w a _u s �' � t', ^ '� :�.`�" �' 4.`''.ir.+�s;:,,nr:'S 47r� :. 7 r +.. �"",,.'.+ -!=s,aa a''T.-;, S„��...::�,� �::s*^_,��..:. 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'�"`'��:`s€ •"�� ` ✓'� ''°�.�� ^,- Y :��,��"k"t,'�v`.',`�'.#;..��" .,...�"�"^io�*`'�°;�i�a'�h'`�F'*.54„''"v'�.?r,.`�.Shc�vss'�` � .�,%""». � �i�� •." ... 'R'��i'.� �'�,"^L�,��`."3�,5��5;`Pv� 3 #° I SOLAi"EK® isolatek International 41 Furnace Street INTERNATIONAL Stanhope,NJ07874 Telephone:973.347.1200 Corporate Headquarters October 16,2019 Mr. Brad Hardy Advanced Fireproofing&Insulation Co. P.O. Box 789 Greenacres,WA 99016 Re: Isolatek International Recognized Applicator Dear Mr. Hardy: This is to certify that Advanced Fireproofing&Insulation Co.,located in Greenacres,WA, is a recognized applicator of Isolatek International and is authorized to purchase and install CAFCO® products for sprayed fire protection,thermal insulation and acoustical control. Advanced Fireproofing and Insulation Co.has over 20 years experience applying our products. We trust this information is of assistance.Should you have any questions,please feel free to contact the undersigned at 973-347-1200. Sincerely, Nicholas Federici Applications&Development Engineer CAFCO®Fire Protection Products NF Cc:T.Wildeboer-Isolatek International +.0 e Brand — www.isolatek.com ISOLATE(' ISOIATEK. INTERNATIONAL �ip►FE'� ATA SHEET Issuing Date 10-May+-2018 Revision Date 10-May-2018 Revision Number 0 This document complies with the US OSHA Hazard Communication Standard(29 CFR 1910.1200),Canada WHMWS 2015 which includes the amended Hazardous Products Act(HPA)and the Hazardous Products Regulation(HPR),and Mexico's NMX-R-019-SC-2011. GHS product identifier Product Name CAFCO®BLAZE-SHIELD®II CAFCO®BLAZE-SHIELD®II WHITE CAFCO®BLAZE-SHIELD®II CHARCOAL CAFCO®BLAZE-SHIELD®DC/F CAFCO®BLAZE-SHIELD®DC/F WHITE CAFCO®BLAZE-SHIELD®DC/F CHARCOAL Other means of identification Synonyms None Recommended use of the chemical and restrictions on use Recommended Use Spray-Applied Fire Resistive Materials Uses advised against FOR PROFESSIONAL USE ONLY Supplier's details Canada Supplier's Address Cafco Industries Inc. 151 Nasdene Road,Unit 12 Scarborough,Ontario MI V 2T3 Toll Free:888-873-0003 Manufacturer and U.S.Supplier's Address United States Mineral Products Company dba Isolatek International 41 Furnace Street Stanhope,NJ 07874 Toll Free:800-631-9600 Emergency telephone number Chemical Emergency Phone CHEMTREC 800 424 9300(USA),+1 703 527 3887(International) Number Classification r u�� .�..x_," . ,., ._ ,., w ._. . . A This product is considered hazardous according to the criteria set within the US OSHA Hazard Communication Standard(29 CFR 1910.1200),Canada WHMIS 2015 which includes the amended Hazardous Products Act(HPA)and the Hazardous Products Regulation(HPR),and Mexico's NMX-R-019-SC-2011. Skin Corrosion/Irritation Category 1 Serious Eye Damage/Eye Irritation Category 1 Skin Sensitization Category 1 (#.45. Page 1 /9 Brand CAFCO®BLAZE-SHIELD®II Revision Date 10-May-2018 CAFCO®BLAZE-SHIELD®11 WHITE CAFCO®BLAZE-SHIELD®II CHARCOAL CAFCO®BLAZE-SHIELD®DC/F CAFCO®BLAZE-SHIELD®DC/F WHITE CAFCO®BLAZE-SHIELD®DC/F CHARCOAL Carcinogenicity Category 1 A Specific Target Organ Systemic Toxicity(Single Exposure) Category 3 Label Elements Signal Word Danger 4180 ,tx:77,14, Hazard Statements Causes severe skin bums and eye damage May cause an allergic skin reaction May cause cancer May cause respiratory irritation Physical and Health Hazards Not Otherwise Classified Not applicable. Precautionary Statements Prevention •Obtain special instructions before use. •Do not handle until all safety precautions have been read and understood. •Use personal protective equipment as required. •Do not breathe dust/fume/gas/mist/vapors/spray. •Wash face,hands and any exposed skin thoroughly after handling. •Contaminated work clothing should not be allowed out of the workplace. •Use only outdoors or in a well-ventilated area. •Wear protective gloves/protective clothing/eye protection/face protection. General Advice •Immediately call a POISON CENTER or doctor/physician. Eyes •IF IN EYES:Rinse cautiously with water for several minutes.Remove contact lenses,if present and easy to do.Continue rinsing. •Immediately call a POISON CENTER or doctor/physician. Skin -IF ON SKIN(or hair):Take off immediately all contaminated clothing.Rinse skin with water/shower. •Wash contaminated clothing before reuse. •If skin irritation or rash occurs:Get medical advice/attention. Inhalation •IF INHALED:Remove person to fresh air and keep at rest in a position comfortable for breathing. Ingestion •IF SWALLOWED:Rinse mouth.DO NOT induce vomiting Storage •Store locked up. •Store in a well-ventilated place.Keep container tightly closed. Page 2/9 Brand CAFCO®BLAZE-SHIELD®II Revision Date 10-May-2018 CAFCO®BLAZE-SHIELD®II WHITE CAFCO®BLAZE-SHIELD®II CHARCOAL CAFCO®BLAZE-SHIELD®DC/F CAFCO®BLAZE-SHIELD®DC/F WHITE CAFCO®BLAZE-SHIELD®DC/F CHARCOAL •Store in a dry place Disposal •Dispose of contents/container in accordance with local regulation Other information Harmful to aquatic life with long lasting effects. Chemical Name CAS-No Weight% Hazardous Material Date HMIRA filed and Information Review Act date exemption granted registry number(HMIRA (if applicable) registry#) Slag wool 65997-17-3 50-70 - - Cement,Portland 65997-15-1 15-30 - - Petroleum distillates,hydrotreated middle 64742-46-7 0-5 - - Quartz,(SiO2) 14808-60-7 0-0.1 - - 'The exact percentage(concentration)of composition has been withheld as a trade secret. z $ Description of necessary first-aid measures Eye Contact Immediately flush with plenty of water.After initial flushing,remove any contact lenses and continue flushing for at least 15 minutes.Call a physician immediately. Skin Contact Wash off immediately with plenty of water.In the case of skin irritation orallergic reactions see a physician.Remove and wash contaminated clothing before re-use. Inhalation Move to fresh air.If symptoms persist,call a physician. Ingestion Rinse mouth.Drink plenty of water. Most important symptoms/effects.acute and delayed Most Important Symptoms/Effects Burning. Indication of immediate medical attention and special treatment needed,if necessary Notes to Physician Treat symptomatically. Suitable Extinguishing Media Use extinguishing measures that are appropriate to local circumstances and the surrounding environment. Unsuitable Extinguishing Media Do NOT use water jet Specific Hazards Arising from the No information available. Chemical ql° Page 3/9 Brand CAFCO®BLAZE-SHIELD®II Revision Date 10-May-2018 CAFCO®BLAZE-SHIELD®II WHITE CAFCO®BLAZE-SHIELD®II CHARCOAL CAFCO®BLAZE-SHIELD®DC/F CAFCO®BLAZE-SHIELD®DC/F WHITE CAFCO®BLAZE-SHIELD®DC/F CHARCOAL Explosion Data Sensitivity to Mechanical Impact None. Sensitivity to Static Discharge None. Protective Equipment and As in any fire,wear self-contained breathing apparatus pressure-demand,MSHA/NIOSH (Precautions for Firefighters (approved or equivalent)and full protective gear. e � Personal precautions,protective equipment and emergency procedures Personal Precautions Ensure adequate ventilation.Avoid dust formation.Avoid contact with skin,eyes and clothing.Use personal protective equipment. Environmental Precautions Environmental Precautions Avoid release to the environment.Dispose of contents/container in accordance with local regulation See Section 12 for additional Ecological Information. Methods and materials for containment and cleaning up Methods for Containment Prevent further spillage if safe to do so and properly trained.Avoid breathing dust.Avoid creating dusty conditions and prevent wind dispersal. Methods for Cleaning Up Avoid dust formation.Do not dry sweep.Pick-up spillage.Dispose of in accordance with local regulations. Precautions for safe handling. Handling Handle in accordance with good industrial hygiene and safety practice.Wear personal protective equipment.Avoid contact with skin,eyes and clothing.Do not breathe vapors/dust.Avoid dust formation. In case of insufficient ventilation,wear suitable respiratory equipment. Conditions for safe storage,including any incompatibilities Storage Keep container tightly closed in a dry and well-ventilated place. Protect from moisture. Once container is opened,use entire contents at once. Incompatible Products Oxidizing agents. Its Control parameters Exposure Guidelines Chemical Name ACGIH TLV OSHA PEL NIOSH IDLH Slag wool TWA:1 fiber/cm3 respirable TWA:15 mg/m3total dust TWA:10 mg/m3 total dust 65997-17-3 fibers:length>5 pm,aspect ratio TWA:5 mg/m3 respirable TWA:5 mg/m3 respirable dust >=3:1,as determined by the fraction membrane filter method at 400-450X magnification[4-mm objective],using phase-contrast Page 4/9 Brand CAFCO®BLAZE-SHIELD®II Revision Date 10-May-2018 CAFCO®BLAZE-SHIELD®II WHITE CAFCO®BLAZE-SHIELD®II CHARCOAL CAFCO®BLAZE-SHIELD®DC/F CAFCO®BLAZE-SHIELD®DC/F WHITE CAFCO®BLAZE-SHIELD®DC/F CHARCOAL illumination TWA:5 mg/m3 inhalable particulate matter Cement,Portland TWA:1 mg/m3particulate matter TWA:15 mg/m3total dust IDLH:5000 mg/m3 65997-15-1 containing no asbestos and<1% TWA:5 mg/m3 respirable TWA:10 mg/m3 total dust crystalline silica,respirable fraction TWA:5 mg/m3 respirable dust particulate matter (vacated)TWA:10 mg/m3total dust (vacated)TWA:5 mg/m3 respirable fraction TWA:50 mppcf<1%Crystalline silica Calcium Sulfate Hemihydrate TWA:10 mg/m3 inhalable TWA:15 mg/m3total dust TWA:10 mg/m3 total dust 26499-65-0 particulate matter TWA:5 mg/m3 respirable TWA:5 mg/m3 respirable dust fraction (vacated)TWA:15 mg/m3total dust (vacated)TWA:5 mg/m3 respirable fraction Bentonite TWA:1 mg/m3respirable _ 1302-78-9 particulate matter Quartz,(Si02) TWA:0.025 mg/m3 respirable 30/(%SiO2+2)mg/m3TWA,Total IDLH:50 mg/m3 respirable dust 14808-60-7 particulate matter Dust;2501%SiO2+5)mppcf TWA, TWA:0.05 mg/m3 respirable dust respirable fraction;10/(%SiO2+2) mg/m3TWA,respirable TWA:0.1 mg/m3(vacated) Appropriate engineering controls Engineering Measures Showers Eyewash stations Exhaust FansNentilation systems Individual protection measures,such as personal protective equipment Eye/Face Protection Tightly fitting safety goggles with side shields. 1-111 Skin and Body Protection Wear protective gloves/clothing.Impervious gloves. Respiratory Protection If exposure limits are exceeded or irritation is experienced,NIOSH/MSHA approved (119 respiratory protection should be worn.Positive-pressure supplied air respirators may be required for high airborne contaminant concentrations.Respiratory protection must be provided in accordance with current local regulations. Hygiene Measures Handle in accordance with good industrial hygiene and safety practice. 4.0 Page 5/9 Brand CAFCO®BLAZE-SHIELD®II Revision Date 10-May-2018 CAFCO®BLAZE-SHIELD®II WHITE CAFCO®BLAZE-SHIELD®II CHARCOAL CAFCO®BLAZE-SHIELD®DC/F CAFCO®BLAZE-SHIELD®DC/F WHITE CAFCO®BLAZE-SHIELD®DC/F CHARCOAL Vi ^`..: .,:A Stetai afro aL2. AaA;'"RM'"'` z`-W WI Pa Wt Information on basic physical and chemical properties Physical State Solid,Powder. Appearance White to Charcoal. Odor Low. Odor Threshold No information available. Property Values Remarks/-Method pH 11.5-12.5 None known Melting Point/Range 981 °C None known Boiling Point/Boiling Range No data available None known Flash Point No data available None known Evaporation rate No data available None known Flammability(solid,gas) No data available None known Flammability Limits in Air upper flammability limit No data available lower flammability limit No data available Vapor Pressure No data available None known Vapor Density No data available None known Relative Density No data available None known Specific Gravity No data available None known Water Solubility Low None known Solubility in other solvents No data available None known Partition coefficient:n-octanol/waterNo data available None known Autoignition Temperature No data available None known Decomposition Temperature No data available None known Viscosity No data available None known Flammable Properties Not flammable Explosive Properties No data available Oxidizing Properties No data available Other information Actual VOC(lb/gal) 0.0 > M f'.s,?a 7?..:,'r+„..-:.� ,."s, -4 i r .fi s,9T , aOtge-K'rgg'e.s;t=.'¢,. '4 °„ Reactivity No data available. Chemical stability Stable under recommended storage conditions. Possibility of hazardous reactions None under normal processing. Hazardous Polymerization Hazardous polymerization does not occur. Conditions to avoid None known based on information supplied. Incompatible materials Oxidizing agents. Hazardous decomposition products None known based on information supplied. Page 6/9 Brand CAFCO®BLAZE-SHIELD®II Revision Date 10-May-2018 CAFCO®BLAZE-SHIELD®II WHITE CAFCO®BLAZE-SHIELD®II CHARCOAL CAFCO®BLAZE-SHIELD®DC/F CAFCO®BLAZE-SHIELD®DC/F WHITE CAFCO®BLAZE-SHIELD®DC/F CHARCOAL Information on likely routes of exposure Product Information Inhalation May cause irritation of respiratory tract. Eye Contact Severely irritating to eyes May cause irreversible damage to eyes. Skin Contact Contact causes severe skin irritation and possible burns.May cause sensitization by skin contact. Ingestion May cause irritation ko Plaster of paris >3000 mg/kg(Rat) Petroleum distillates,hydrotreated =7400 mg/kg(Rat) >2000 mg/kg(Rabbit) =4.6 mg/L(Rat)4 h middle Bentonite >5000 mg/kg(Rat) - - Ferric oxide black >10000 mg/kg(Rat) - - Vinyl acetate-Vinyl alcohol polymer >2000 mg/kg(rat) >2000 mg/kg(rabbit) - Quartz - Symptoms related to the physical,chemical and toxicological characteristics Symptoms Redness Irritation Allergic skin reactions or irritation.May cause irritation to the respiratory system. Delayed and immediate effects and also chronic effects from short and lona term exposure Respiratory or Skin Sensitization May cause sensitization by skin contact. Germ Cell Mutagenicity No information available Carcinogenicity The table below indicates whether each agency has listed any ingredient as acarcinogen. - u r ., Slag wool n Group 3 Quartz,(SiO2) A2 Group 1 Known X Reproductive Toxicity No information available STOT-single exposure May cause respiratory irritation. STOT-repeated exposure No information available Aspiration Hazard No information available. r ftl » xza, ,aq5 s.. , a ,,.... -;.,rsw ".a`r -3"s �.3"�'' �s r �`* -- f�ess....�-�,... .�... ... 5.�.=z��,, ,. �;+.� ,� .....nr,�.f.':�, s ,. r ,, .,. Ecotoxicity The environmental impact of this product has not been fully investigated.Harmful to aquatic life with long lasting effects. Chemical Name Toxicity to Algae Toxicity to Fish Toxicity to Daphnia Magna(Water Microorganisms Flea) Calcium Sulfate Hemihydrate LC50 96 h:=2980 mg/L EC50 120 h:=3200 mg/L 26499-65-0 static(Lepomis macrochirus) (Nitscheria linearis) LC50 96 h:>1970 mg/L static(Pimephales promelas) Petroleum distillates, LC50:35 mg/L Pimephales hydrotreated middle promelas 96 h flow-through 64742-46-7 LC50:>10000 mg/L Pimephales promelas 96 h static Bentonite LC50 96 h:8.0-19.0 g/L 1302-78-9 (Salmo gairdneri) Page 7/9 Brand CAFCO®BLAZE-SHIELD®II Revision Date 10-May-2018 CAFCO®BLAZE-SHIELD®II WHITE CAFCO®BLAZE-SHIELD®II CHARCOAL CAFCO®BLAZE-SHIELD®DC/F CAFCO®BLAZE-SHIELD®DC/F WHITE CAFCO®BLAZE-SHIELD®DC/F CHARCOAL LC50 98 h:=19000 mg/L static(Oncorhynchus mykiss) Persistence and Degradability No information available Bioaccumulation No information available Mobility No information available Other Adverse Effects No information available. Waste Disposal Methods Dispose of in accordance with local regulations. Contaminated Packaging Dispose of in accordance with local regulations. .f ...,_, �. ,.,sattiV,,.. . 'z� ,-�.....' ' 7 r wa. „" a .„ DOT Not regulated TDG Not regulated MEX Not regulated IATA Not regulated IMDG/IMO Not regulated 7:1',Sr7,, _. k i i 317 ? g%`3`k aNiV r 1;` 4rr;-;. nternational eaulations Ozone depleting substances Not applicable Persistent Organic Pollutants Not applicable Hazardous Waste Dispose of in accordance with local regulations. The Rotterdam Convention(Prior Not applicable Informed Consent) International Convention for the Not applicable Prevention of Pollution from Ships (MARPOL) International Inventories TSCA Complies DSL/NDSL Complies Leaend TSCA-United States Toxic Substances Control Act Section 8(b)Inventory DSL/NDSL-Canadian Domestic Substances List/Non-Domestic Substances List U.S.Federal Regulations Page 8/9 Brand CAFCO®BLAZE-SHIELD®II Revision Date 10-May-2018 CAFCO®BLAZE-SHIELD®II WHITE CAFCO®BLAZE-SHIELD®II CHARCOAL CAFCO®BLAZE-SHIELD®DC/F CAFCO®BLAZE-SHIELD®DC/F WHITE CAFCO®BLAZE-SHIELD®DC/F CHARCOAL Section 313 of Title Ill of the Superfund Amendments and Reauthorization Act of 1986(SARA).This product does not contain any chemicals which are subject to the reporting requirements of the Act and Title 40 of the Code of Federal Regulations,Part 372. SARA 311/312 Hazard Categories Should this product meet EPCRA 311/312 Tier reporting criteria at 40 CFR 370,refer to Section 2 of this SDS for appropriate classifications.Under the amended regulations at 40 CFR 370,EPCRA 311/312 Tier II reporting for the 2017 calendar year will need to be consistent with updated hazard classifications. Clean Water Act This product does not contain any substances regulated as pollutants pursuant to the Clean Water Act(40 CFR 122.21 and 40 CFR 122.42). CERCLA This material,as supplied,does not contain any substances regulated as hazardous substances under the Comprehensive Environmental Response Compensation and Liability Act(CERCLA)(40 CFR 302)or the Superfund Amendments and Reauthorization Act(SARA)(40 CFR 355).There may be specific reporting requirements at the local,regional,or state level pertaining to releases of this material. U.S.State Regulations California Proposition 65 This product contains the following Proposition 65 chemicals: Chemical Name CAS-No California Prop.65 Quartz 14808-60-7 Carcinogen U.S.State Riaht-to-Know Reaulations Chemical Name New Jersey Massachusetts Pennsylvania Illinois Rhode Island Portland cement X X X X Plaster of paris X X X X Quartz X X X - X U.S.EPA Label Information EPA Pesticide Registration Number Not applicable FOStMrk xetWa i o am ;_ Vg .a.a Sa NFPA Health Hazard 2 Flammability 0 Instability 0 Physical and Chemical Hazards- HMIS Health Hazard 2* Flammability 0 Physical Hazard 0 Personal Protection X Prepared By Product Stewardship 23 British American Blvd. Latham,NY 12110 1-800-572-6501 Issuing Date 02-May-2018 Revision Date 02-May-2018 Revision Note No information available. General Disclaimer The information provided on this SDS is correct to the best of our knowledge,information and belief at the date of its publication.The information given is designed only as a guide for safe handling,use,processing,storage,transportation,disposal and release and is not to be considered as a warranty or quality specification.The information relates only to the specific material designated and may not be valid for such material used in combination with any other material or in any process,unless specified in the text. End of Safety Data Sheet 6//r; Page 9/9 Brand IS , TEIC INTERNATIONAL Section 1 -Chemical Product/Company Information Product Name: CAFCO®SprayFilm®WB 5 Effective Date: June 20,2018 Product Use/Class: Fireproofing coating Manufacturer: United States Mineral Products Company Preparer: R&D Department dba Isolatek International 41 Furnace Street Stanhope,NJ 07874 USA (973)-347-1200 In Case of Emergency Call: CHEMTREC Supersedes: April 22,2015 800.424.-9300(USA) +1 703.527.3887(Intl) Section 2-Hazards Identification GHS Classification: Hazard Class Hazard Category Route of Exposure Skin Irritation 2 Skin Skin Sensitizer 1 Skin Eye Irritation 2B Eye Inhalation Toxicity 4 Nose/Mouth Global Harmonization Labeling and Classification: Signal word: Warning Hazard Symbol(s): GHS07 Overview: A thick liquid that poses little immediate hazard. Primary Route(s)of Entry: Skin Contact,Skin Absorption,Inhalation,Ingestion,Eye Contact Medical Conditions Prone to Aggravation by Exposure: Sensitive skin;respiratory conditions Hazard Statements: H303 May be harmful if swallowed. H313 May be harmful in contact with skin. H320 Causes eye irritation. H335 May cause respiratory irritation. H373 May cause damage to organs through prolonged or repeated exposure. Page 1 of 8 CAFCO SprayFilm WB 5 6/20/18 Brand Precautionary Statements: P202 Do not handle until safety precautions have been read and understood. P261 Avoid breathing dust!fumes/gas/mist/vapours/spray. P271 Use only outdoors or in a well ventilated area. P280 Wear protective gloves/protective clothing!eye protection!face protection. P284 Wear respiratory protection. P403 Store in a well ventilated place. EUH401 To avoid risks to human health and the environment,comply with the instructions for use. Response: P301+p330 IF SWALLOWED: Rinse mouth. Do NOT induce vomiting. Call a POISON CENTER or doctor!physician if you feel unwell. P331+P312 P302+P352+ IF ON SKIN: Wash with plentyof soapand water. If skin irritation occurs: Get medical advice/attention. Wash contaminated P332+p313+ clothing before reuse. P363 P304+P340+ IF INHALED: Remove person to fresh air and keep comfortable for breathing. If experiencing respiratory symptoms: Get P342+P313 medical advice/attention. P305+P351+ IF IN EYES: Rinse cautiouslywith water for several minutes. Remove contact lenses,if present and easy to do. Continue P338+P337+ P313 rinsing. If eye irritation persists: Get medical advice/attention. Storage: P402+p403+ Store in a dry place. Store in a well ventilated place. Store in a closed container. Protect from sunlight. Store at P404+P410+ P411 temperatures not exceeding 38°C/100°F. Disposal: P501 Dispose of contents/container in accordance with local!regional/national/intemational regulations(see section 13). Section 3—Composition/Information On Ingredients Chemical Name CAS Number Wt.% Ammonium Polyphosphate 68333-79-9 15-35 Pentaerythritol 115-77-5 7-13 Melamine 108-78-1 7-13 Titanium Dioxide 13463-67-7 7-13 Glass wool fibers 65997-17-3 3-7 Page 2 of 8 CAFCO SprayFilm WB 5 6/20/18 Brand Section 4-First Aid Measures General—If irritation or other symptoms occur or persist from any route of exposure,remove the affected individual from the area:see a physician/get medical attention. First Aid—Skin Contact:Wash with soap and water.Remove contaminated clothing.If persistent irritation occurs,seek medical attention. First Aid—Eye Contact:Flush eyes thoroughly with copious amounts of water. Seek medical attention if irritation persists. First Aid—Inhalation:Remove to fresh air.Seek medical attention if irritation persists. First Aid—Ingestion:If swallowed do not induce vomiting.Rinse mouth out with water.If Irritation persists seek medical attention. Protection of first aid responders:Wear proper personal protective clothing and equipment. Section 5-Fire Fighting Measures Extinguishing Media: NFPA non-combustible liquid:ABC dry chemical,foam or carbon dioxide. Unusual Fire&Explosion Hazards: Product is not considered a fire hazard.Closed container may rupture(due to build up of pressure)when exposed to extreme heat. Irritating or toxic substances may be emitted upon burning,combustion or decomposition(including but not limited to ammonia gas,nitrogen oxide,titanium oxide,and phosphorous oxide gases). Special Firefighting Procedures: Wear positive pressure self-contained NIOSH approved breathing equipment and approved protective equipment if necessary. Section 6-Accidental Release Measures Personal precautions,Protective Equipment,and Emergency Response: Use personal protective equipment as recommended in section 8. Methods and materials for containment and cleaning up: If spilled,absorb spill with vermiculite or other inert material(such as sand).Collect up and place in an appropriate container Section 7-Handling And Storage Precautions for safe handling:When working with any chemical product,use good workplace procedures.Do not cut,puncture,or weld on or near the container.Wash thoroughly after handling this product.Always wash up before eating,smoking or using the facilities.Use under well ventilated conditions.Avoid skin and eye contact.Avoid inhalation of mist,spray,fume or vapor.Avoid drinking,tasting,swallowing or ingesting this product.Wash contaminated clothing before reuse. Conditions for safe storage:Keep away from heat,sparks,and open flames.Avoid extreme heat or cold.Store above freezing.Store this material away from incompatible substances(see section 10).Do not store in open,unlabeled or mislabeled containers.Keep container closed when not in use.Empty container containing residual product which may exhibit hazards of product.Do not reuse empty container. Page 3 of 8 CAFCO SprayFilm WB 5 6/20/18 Brand Section 8-Exposure Controls/Personal Protection Permissible Exposure Limits Chemical CAS OSHA PEL ACGIH TLV NIOSH Name Number Mexico a Pentae hritol 115-77-5 15 mg/m3 dust)A 10 mg/m3 TWA 10(totalmg/dust)3 TWA a 5 mg/m3 TWA (total dust) 5 10 mg/m3 TWA (respirable fraction) 9� A 20 mg/m3 STEL (respirable dust) Melamine 108-78-1 N/E N/E N/E N/E Ammonium 68333-79-9 Polyphosphate N/E N/E N/E N/E Titanium Dioxide 13463-67-7 15 mg/m3 TWA 10 mg/m3 TWA 5000 mg/m3IDLH 10 mg/m3 TWA(as Ti) 5 mg/m3 TWA 20 mg/m STEL(as Ti) Glass wool 65997-17-3 (respirable fraction) 5 mg/m3 TWA fibers 15 mg/m3TWA 1 fiber/cc TWA (total dust) N/E (total dust) 3 fibers/cc TWA Engineering Controls:Provide ventilation to ensure compliance with applicable exposure limits Respiratory Protection:A dust mask should be used in cases where the individual is exposed to airborne mists of the material. Skin Protection:Wear cloth,rubber,or latex gloves.Use typical long sleeve work clothing or a"Tyvek"type suit. Eye Protection:Wear proper eye protection;at minimum,safety glasses with side shields. Work/Hygienic Practices:Use proper personal protective equipment.Eye wash stations are recommended in the work area. Section 9-Physical And Chemical Properties Appearance: White liquid Odor: Mild,minty pH. 7-9 Melting Point(°F): Not Applicable Boiling Point(°F): >210-215°F Flash Point: >200°F(SCC) Evaporation Rate: 1(water=1) Flammability: Not Applicable Lower Explosive Limit: Not Applicable Upper Explosive Limit: Not Applicable Vapor Pressure(mm Hg): Not Applicable Relative Density(kg/mm3) Not Applicable Solubility in Water: Not Applicable Specific Gravity(H2O=1): 1.1-1.5 Physical State: White paste %Volatlles: 25-30% Viscosity 20-40K CPS Auto ignition temperature Not Applicable Section 10-Stability And Reactivity Chemical Stability(under normal conditions): Stable Possibility of Hazardous Reactions: None Conditions to Avoid: Avoid high temperatures or freezing.Avoid incompatible materials. Incompatibility: Strong Acids,bases,and oxidizing agents. Hazardous Decomposition Products: Thermal decomposition may produce smoke,carbon monoxide(CO),carbon dioxide (CO2),oxides of titanium,oxides of phosphorous,and other products of incomplete combustion. Hazardous Polymerization: No hazardous polymerization will occur under normal conditions. Page 4 of 8 CAFCO SprayFilm WB 5 6/20/18 Brand Section 11-Toxicological Information Information on likely routes of exposure: General:Caution must be exercised through the prudent use of personal protective equipment and handling procedures to minimize exposure. Eyes:May cause eye irritation. Skin:Causes skin irritation. Inhalation:High airborne concentrations of mist resulting from spraying may cause irritation of the respiratory tract and mucous membranes. Ingestion:Not likely route of exposure but ingestion may cause irritation. Carcinogenicity IARC NTP OSHA Chemical Name Group 1 Group 2A Group 2B Known Suspect Pentaerythritol No No No No No No Melamine No No No No No No Ammonium Polyphosphate No No No No No No Titanium dioxide No No Yes No No No Glass wool fibers No No No Yes No Yes Acute toxicity No toxicity studies have been conducted on this product. Titanium dioxide LD50 Oral Rat >10,000 mg/kg LC50 Inhalation Rat >6.8 mg/L LD50 Dermal Rabbit >10,000 mg/kg Melamine LD50 Oral Rat 3161 mg/kg LD50 Dermal Rabbit >1000 mg/kg Ammonium polyphosphate LD50 Rat >2000mg/kg Pentaerythritol LD50 Oral Rabbit/rat/mouse >18500 mg/kg Chronic effects—For this category no toxicological test data is available for the whole product. Carcinogenicity-For this category no toxicological test data is available for the whole product. Mutagenicity-For this category no toxicological test data is available for the whole product. Teratogenicity-For this category no toxicological test data is available for the whole product. Developmental effects-For this category no toxicological test data is available for the whole product. Fertility effects-For this category no toxicological test data is available for the whole product. Target organs—For this category no toxicological test data is available for the whole product. Review Section 2 for any additional assessments Page 5 of 8 CAFCO SprayFilm WB 5 6/20/18 Brand Section 12-Ecological Information Ecological Information:No ecological testing has been conducted on this product. Ecotoxicity Ammonium polyphosphate Fish(Brachydanio rerio)96 hour LC50 >500 mg/I Melamine Fish(Poecilia reticulate)96 hour LC50 >3000 mg/L Invertebrate(Daphnia)48 hour EC50 >2000 mg/L Pentaerythritol Invertebrate(Daphnia)24 hour EC50 50000 mg/L Invertebrate(Daphnia)48 hour EC50 30477-37043 mg/L Persistence and degradability:N/E Bioaccumulative potential:N/E Mobility in soil:N/E Section 13-Disposal Considerations Disposal Information: Do not allow the product to enter drains,water courses or the soil. Liquids can not be disposed of in a landfill. Allow liquid material to dry. Dispose of in accordance with federal,state and local regulations. Section 14-Transportation Information Proper Shipping Name: Not regulated—See Bill of Lading for details Technical Name: Not regulated Hazard Class: Not regulated UN/NA Number. Not regulated Additional Notes: None Section 15-Regulatory Information US Regulations HCS Classification Irritating material,Sensitizing material SARA 313-Supplier Notification None Immediate Health Delayed Health FIRE PRESSURE REACTIVE U.S.Federal Regulations (Acute) (Chronic) SARA 311/312 Yes No No No Yes State Hazardous Substance List CAS Number CA MA NJ PA MN RI U.S.State Regulations 13463-67-7 No Yes Yes Yes Yes Yes 115-77-5 No Yes Yes Yes Yes Yes 108-78-1 No Yes No No Yes No 65997-17-3 Yes Yes No Yes Yes Yes Page 6 of 8 CAFCO SprayFilm WB 5 6/20/18 Brand INTERNATIONAL REGULATIONS AS FOLLOWS: Chemical Inventory Status All chemicals in this product are listed or exempt from listing in the following: U.S Canada Europe Australia Korea TSCA DSL I NDSL EINECS I ELINCS AICS ECL Yes Yes i No Yes Yes Yes CANADIAN WHMIS This SDS has been prepared in compliance with Controlled Product Regulations and contains all information required. CANADIAN WHMIS CLASS: D2B HMIS Ratings HEALTH El FLAMMABILITY ° REACTIVITY ° PERSONAL PROTECTI(NI B VOLATILE ORGANIC COMPOUNDS,GR/LTR MIXED(UNTHINNED): Og/L Section 16-Other Information N/E—Non Established N/A—Not Applicable NFPA: Flammability Health 0 Reactivity Special Hazards Page 7 of 8 CAFCO SprayFilm WB 5 6/20/18 Brand Prepared By: Research and Development Department,U.S.A. Telephone: (973)347-1200 The information contained herein is based on data considered accurate. However,no warranty is expressed or implied regarding the accuracy of this data or the results to be obtained from the use thereof. VENDOR SPECIFICALLY DISCLAIMS ANY WARRANTY OF MERCHANTABILITY OR FITNESS FOR A PARTICULAR PURPOSE. In no event shall the vendor be liable for special,indirect or consequential damages. Vendor assumes no responsibility for injury to vendee or third persons proximately caused by the material if reasonable safety procedures are not adhered to as stipulated in this data sheet. Additionally,vendor assumes no responsibility for injury to vendee or third persons proximately caused by abnormal use of the material even if reasonable safety procedures are followed. Furthermore, vendee assumes all risks in his use of the material. Page 8 of 8 CAFCO SprayFilm WB 5 6/20/18 ailic:9 Brand I S LA'EK® Isolatek International Please see Pages 2 and 6 41 Furnace Street INTERNATIONAL Stanhope,NJ07874 Corporate Headquarters Telephone:973.347.1200 THE USE OF CAFCO® SPRAY-APPLIED FIRE RESISTIVE MATERIALS (SFRMS) ON COMPOSITE STEEL-WOOD CONSTRUCTION. We offer the following generic Proposed Solutions to provide the best-possible recommendations for the construction assembly. Any scenarios that fall outside of the scope of these Proposed Solutions are not recommended, unless indicated otherwise in writing. For any conditions where the wood is left exposed or unprotected, the rating of the steel member is based on the rating of the attached wood member. Since these scenarios have not been evaluated for fire resistance, it is recommended to have a third party fire protection engineer review the project scenarios for applicability for the individual scenarios on the project. The proposed methods of application contained herein are being provided to assist the architect, owner and authority having jurisdiction to determine a suitable protection method for the non-conforming construction assembly. Authorities having jurisdiction should be consulted in all cases where approval is to be obtained for all installations that fall outside the scope of UL or design guidelines. Note: For a visual depiction of the most common scenarios, see attached Quick Reference. A. Wood runners above top flange of a wide flange steel beam 1. Rated (Fire Treated). No limitation to size(1X, 2X, etc..). Proposed Solution: We propose installing the CAFCO SFRM to the wide flange steel beam in accordance with the respective Underwriters Laboratories (UL) Column Design at the minimum thickness required to achieve the desired fire resistive rating based on the steel beam size and hourly rating. The thickness shall be conservatively based the W/D ratio of a 4 sided steel column. This thickness must overlap onto the exposed edges of the wood nailers to the same thickness as that applied to the steel beams. Page 1 of 9 4:0 Brand www.isolatek.com IS LATE Brand 2. Non-Rated i. 52X Proposed Solution: We propose installing the CAFCO SFRM to the wide flange steel beam in accordance with the respective Underwriters Laboratories (UL)Column Design at the minimum thickness required to achieve the desired fire resistive rating based on the steel beam size and hourly rating. The thickness shall be conservatively based the W/D ratio of a 4 sided steel column. This thickness must overlap onto the exposed edges of the wood nailers to the same thickness as that applied to the steel beams. ii. >2X Proposed Solution: We propose mechanically attaching 2.5 lb. /sq.yd. expanded metal to the exposed faces of the wood nailers on each side of the beam. The lath is to be mechanically fastened to the wood nailers using minimum 1-1/4 inch long steel screws and minimum 1 inch diameter steel waster. The CAFCO SFRM shall be installed to the metal lath surface in accordance with the respective Underwriters Laboratories(UL)Column Design at the minimum thickness required to achieve the desired fire resistive rating based on the steel beam size and hourly rating. The thickness shall be conservatively based the W/D ratio of a 4 sided steel column. This thickness must overlap onto the exposed edges of the wood nailers to the same thickness as that applied to the steel beams. B. Wood blocking in web of a wide flange steel beam Proposed Solution: For the condition where wood blocking is located within the web of wide flange steel beams, we propose utilizing galvanized expanded metal lath (minimum 2.5 lb/sq yd contour/profile configuration or 3.4 lb/sq yd boxed configuration)to be installed over the wood blocking and extending a minimum distance of 4 inches on all sides (or a complete boxed configuration or contour). The lath must be fastened such that it is directly attached via the use of weld, screws or powder actuated fasteners spaced maximum 12 inches OC. The CAFCO SFRM shall then be installed to the metal lath surface at the minimum thickness required to achieve the desired fire resistive rating on the exposed steel based on the applicable UL Design or manufacturer recommended thickness. Page 2 of 9 C. Wood nailers/track/runners below the lower flange of a wide flange steel beam Proposed Solution: For the condition where wood nailers/track/runners are located on the lower flange of wide flange steel beams, we propose utilizing galvanized expanded metal lath (minimum 2.5 lb/sq yd contour/profile configuration or 3.4 lb/sq yd boxed configuration)to be installed over the wood nailers/track/runners and extending a minimum distance of 4 inches on all sides. The lath must be fastened such that it is directly attached via the use of weld, screws or powder actuated fasteners spaced maximum 12 inches OC. The CAFCO SFRM shall then be installed to the metal lath surface at the minimum thickness required to achieve the desired fire resistive rating on the exposed steel based on the applicable UL Design or manufacturer recommended thickness. D. Wood joists running perpendicular to a wide flange steel beam 1. With wood blocking in web of beam i. With steel hanger/clip Proposed Solution: For the condition where wood blocking is located within the web of wide flange steel beams with wood joists with steel hangers/clips at the ends run perpendicular to the wide flange steel beam, we propose utilizing galvanized expanded metal lath (minimum 2.5 lb/sq yd contour/profile configuration or 3.4 lb/sq yd boxed configuration)to be installed over the wood blocking and extending a minimum distance of 4 inches on all sides (or a complete boxed configuration or contour). The lath must be fastened such that it is directly attached via the use of weld, screws or powder actuated fasteners spaced maximum 12 inches OC. The CAFCO SFRM shall then be installed to the metal lath surface at the minimum thickness required to achieve the desired fire resistive rating on the exposed steel based on the applicable UL Design or manufacturer recommended thickness. Where the wood trusses intersect perpendicular to the steel beam, such that there is no access to provide the full flange thickness on the top flange, the steel clip must be fully enveloped in the fireproofing thickness to the same thickness as that required on the beam. The SFRM should be pushed into the clip to maximum extent possible in order to fill any voids at the location where it is in contact with the upper flange tips. Additional SFRM shall be oversprayed against the steel hanger/clip. Page 3 of 9 ii. Without steel hanger Proposed Solution: For the condition where wood blocking is located within the web of wide flange steel beams with wood joists without steel hangers/clips at the ends run perpendicular to the wide flange steel beam, we propose utilizing galvanized expanded metal lath (minimum 2.5 lb/sq yd contour/profile configuration or 3.4 lb/ sq yd boxed configuration)be installed over the wood blocking and extending a minimum distance of 4 inches on all sides (or a complete boxed configuration or contour). The lath must be fastened such that it is directly attached via the use of weld, screws or powder actuated fasteners spaced maximum 12 inches OC. The CAFCO SFRM shall then be installed to the metal lath surface at the minimum thickness required to achieve the desired fire resistive rating on the exposed steel based on the applicable UL Design or manufacturer recommended thickness. Where the wood trusses intersect perpendicular to the steel beam, such that there is no access to provide the full flange thickness on the top flange we propose installing 1.7 lb/sq yd expanded metal lath in a profile/contour configuration onto the wood joist components or surface a minimum distance of 12 inches beyond the point of attachment from the steel beam on the component(s)(i.e. chords or web members) of the truss that are in direct contact with the steel beam. The lath must be fastened to the joist components or the full width of each face of the joist, spanning across the top chord to the lower chord via the use of screws and/or wire ties spaced maximum 6 inches OC. The SFRM thickness applied to the steel beam shall be oversprayed onto the surface of the metal lath. 2. Without wood blocking in web of beam i. Touching only upper flange tip w/steel hanger/clip Proposed Solution: Where the wood trusses with steel hangers/clips at the ends run perpendicular to the wide flange steel beam, such that there is no access to provide the full flange thickness on the top flange, the steel clip must be fully enveloped in the fireproofing thickness to the same thickness as that required on the beam. The SFRM should be pushed into the clip to maximum extent possible in order to fill any voids at the location where it is in contact with the upper flange tips. Additional SFRM shall be oversprayed against the steel hanger/clip. Page 4 of 9 ii. Touching only upper flange top w/out steel hanger/clip Proposed Solution: Where the wood trusses intersect perpendicular to the steel beam without steel hangers/clips at the ends run perpendicular to the wide flange steel beam, such that there is no access to provide the full flange thickness on the top flange we propose installing 1.7 lb/sq yd expanded metal lath in a profile/contour configuration onto the wood joist components or surface a minimum distance of 12 inches beyond the point of attachment from the steel beam on the component(s) (i.e. chords or web members)of the truss that are in direct contact with the steel beam. The lath must be fastened to the joist components or the full width of each face of the joist, spanning across the top chord to the lower chord via the use of screws and/or wire ties spaced maximum 6 inches OC. The SFRM thickness applied to the steel beam shall be oversprayed onto the surface of the metal lath. iii. Touching upper and lower flange tips w/or w/out steel hanger/clip Proposed Solution: Where the wood trusses intersect perpendicular to the steel beam without steel hangers/clips at the ends run perpendicular to the wide flange steel beam, such that there is no access to provide the full flange thickness on the top flange and lower flange we propose installing 1.7 lb/sq yd expanded metal lath in a profile/contour configuration onto the wood joist components or surface a minimum distance of 12 inches beyond the point of attachment from the steel beam on the component(s) (i.e. chords or web members)of the truss that are in direct contact with the steel beam. The lath must be fastened to the joist components or the full width of each face of the joist, spanning across the top chord to the lower chord via the use of screws and/or wire ties spaced maximum 6 inches OC. The SFRM thickness applied to the steel beam shall be oversprayed onto the surface of the metal lath. E. Wood runners above horizontal tube steel beam 1. Rated (Fire Treated). No limitation to size (1X, 2X, etc..). Proposed Solution: We propose installing the CAFCO SFRM to the horizontal tube steel beam in accordance with the respective Underwriters Laboratories (UL) Column Design at the minimum thickness required to achieve the desired fire resistive rating based on the steel beam size and hourly rating. The thickness shall be conservatively based the A/P ratio of a 4 sided steel column. This thickness must overlap onto the exposed edges of the wood nailers to the same thickness as that applied to the horizontal tube steel beams. Page 5 of 9 2. Non-Rated Proposed Solution: We propose installing the CAFCO SFRM to the horizontal tube steel beam in accordance with the respective Underwriters Laboratories (UL)Column Design at the minimum thickness required to achieve the desired fire resistive rating based on the steel beam size and hourly rating. The thickness shall be at the minimum thickness required to achieve the desired fire resistive rating on the exposed steel based on the applicable UL Design or manufacturer recommended thickness. This thickness must overlap onto the exposed edges of the wood nailers to the same thickness as that applied to the horizontal tube steel beams. ii. >2X Proposed Solution: We propose mechanically attaching 2.5 lb./sq. yd. expanded metal to the exposed faces of the wood nailers on each side of the horizontal tube steel beam. The lath is to be mechanically fastened to the wood nailers using minimum 1-1/4 inch long steel screws and minimum 1 inch diameter steel waster. The CAFCO SFRM shall be installed to the metal lath surface in accordance with the respective Underwriters Laboratories(UL)Column Design at the minimum thickness required to achieve the desired fire resistive rating based on the steel beam size and hourly rating. The thickness shall be at the minimum thickness required to achieve the desired fire resistive rating on the exposed steel based on the applicable UL Design or manufacturer recommended thickness. This thickness must overlap onto the exposed edges of the wood nailers to the same thickness as that applied to the horizontal tube steel beams. F. Wood track/runners against one or more faces of horizontal tube steel beam Proposed Solution: For the condition where wood blocking is located on one or more faces of horizontal tube steel beams,we propose utilizing galvanized expanded metal lath (minimum 2.5 lb/sq yd contour/profile configuration)to be installed over the wood track/runners and extending a minimum distance of 4 inches on all sides (or a complete contour configuration). The lath must be fastened such that it is directly attached via the use of weld, screws or powder actuated fasteners spaced maximum 12 inches OC. The CAFCO SFRM shall then be installed to the metal lath surface at the minimum thickness required to achieve the desired fire resistive rating on the exposed steel based on the applicable UL Design or manufacturer recommended thickness. Page 6 of 9 G. Wood track/runners against one or more flanges of wide flange steel column Proposed Solution: For the condition where wood blocking is located on one or more faces of wide flange steel columns,we propose utilizing galvanized expanded metal lath (minimum 2.5 lb/sq yd contour/profile configuration or 3.4 lb/sq yd boxed configuration)to be installed over the wood track/runners and extending a minimum distance of 4 inches on all sides (or a complete boxed or contour configuration). The lath must be fastened such that it is directly attached via the use of weld, screws or powder actuated fasteners spaced maximum 12 inches OC. The CAFCO SFRM shall then be installed to the metal lath surface at the minimum thickness required to achieve the desired fire resistive rating on the exposed steel based on the applicable UL Design or manufacturer recommended thickness. H. Wood blocking in web of a wide flange steel column Proposed Solution: For the condition where wood blocking is located within the web of wide flange steel columns, we propose utilizing galvanized expanded metal lath (minimum 2.5 lb/sq yd contour/profile configuration or 3.4 lb/sq yd boxed configuration)to be installed over the wood blocking and extending a minimum distance of 4 inches on all sides (or a complete boxed or contour configuration).The lath must be fastened such that it is directly attached via the use of weld, screws or powder actuated fasteners spaced maximum 12 inches OC. The CAFCO SFRM shall then be installed to the metal lath surface at the minimum thickness required to achieve the desired fire resistive rating on the exposed steel based on the applicable UL Design or manufacturer recommended thickness. I. Wood track/runners against one or more faces of vertical tube steel column Proposed Solution: For the condition where wood blocking is located on one or more faces of vertical tube steel columns, we propose utilizing galvanized expanded metal lath (minimum 2.5 lb/sq yd contour/profile configuration or 3.4 lb/sq yd boxed configuration)to be installed over the wood track/runners and extending a minimum distance of 4 inches on all sides (or a complete contour configuration). The lath must be fastened such that it is directly attached via the use of weld, screws or powder actuated fasteners spaced maximum 12 inches OC. The CAFCO SFRM shall then be installed to the metal lath surface at the minimum thickness required to achieve the desired fire resistive rating on the exposed steel based on the applicable UL Design or manufacturer recommended thickness. Page 7 of 9 J. Steel Beams running perpendicular to wood joists without wood runners Proposed Solution: The CAFCO SFRM shall be installed to the steel beam surface in accordance with the respective Underwriters Laboratories (UL) Column Design at the minimum thickness required to achieve the desired fire resistive rating based on the steel beam size and hourly rating. The thickness shall be conservatively based the W/D ratio of a 4 sided steel column and inserted into a UL Column Design. QUESTIONS & ANSWERS Can I use a beam W/D ratio? The simple answer to this is no. Columns are determined based on 4 side exposure rather than the 3 side exposure of the beams. Most often the top flange of the beams in composite steel-wood construction are not completely covered and the 4 sided W/D ratio is lower and when inserted into the UL column design will result in the most effective and conservative thickness for the non-conforming condition. Why use a column UL Design? Column designs provide a worst case scenario for the non-conforming construction conditions. A column test does not provide the heat sink properties of a floor-or r- ceiling assembly and has lower limiting temperatures under ANSI! UL 263, ASTM E119 conditions. A typical steel beam under the UL263, E119 fire test requires an average limiting temperature of 1100°F, whereas a column requires an average limiting temperature of 1000°F. The comparative thicknesses based on an equal W/D ratio for a floor beam, a roof beam and a column will result in a greater thickness on a column, thus proving this methodology as being most conservative. Why not use a roof beam UL Design? For the same reasons indicated above. In addition to the higher W/D ratio for the member being protected, roof assemblies still have the advantage of the assembly being supported and have the higher limiting temperature of 1100°F. Page 8 of 9 Can I combine the conditions above? Yes. The above scenarios are generally combined on single member. Each condition shall be protected accordingly. What if my assembly does not meet any of the above? Contact Isolatek Technical Services at 1-800-631-9600 (Option 1). We will review the scenario and provide the best possible method of protection. If we cannot provide a solution, you may need to consider an alternate method of protection or refer to the counsel of a third party fire protection engineer. Page 9 of 9 10/20/17 ISLATEK® SFRM QUICK REFERENCE INTERNATIONAL Common Condition Common Detail Ref. Page Scenario Number Wood nailer,track,runner Rated (Fire Treated) Wood Runners (no size limitation) Al 1 Above Top Flange of a Wide Flange Steel Beam ,Wood navies.track,runner Non-Rated 5.2X Wood Runners Above Top Flange A2i 2 of a Wide Flange Steel Beam --Wood naaler,track, runner Non-Rated >2X Wood Runners Above Top Flange Ali 2 of a Wide Flange Steel Beam Wood Blocking in Web of a Blocking Wide Flange Steel Beam B 2 Quick Reference Page 1 of 5 10/20/2017 IS LATEK® SFRM QUICK REFERENCE INTERNATIONAL Common Condition Common Detail Ref. Page Scenario Number Wood Nai lers/Track/Runners Below the Lower Flange of 3 a Wide Flange Steel Beam IWood nailer, track,runner Wood Blocking Wood Joists Running Perpendicular to a Wide Flange Beam w/wood D1 i 3 blocking and with Steel 'k Hanger ] Z1- ' Wood Truss ISteel Hanger Wood Blocking Wood Joists Running Perpendicular to a Wide Flange Beam w/wood D1 ii 4 blocking and without Steel Hanger Wood Truss 1 Sleet Hanger Wood Joists Running Perpendicular to a Wide "—' ood Truss Flangezt- Beam w/out wood blocking and with Steel D2i 4 Hanger and only touching upper flange tip Quick Reference Page 2 of 5 10/20/2017 ISLATEKC SFRM QUICK REFERENCE INTERNATIONAL Common Condition Common Detail Ref. Page Scenario Number Wood Joists Running woos Truss Perpendicular to a Wide Flange Beam w/out wood D2ii 5 blocking and w/out Steel Hanger and only touching upper flange tip air Wo nailer,track,runner Rated (Fire Treated) Wood Runners(no size limitation) El 5 Above Horizontal Tube Steel Beam -•.------11111 Wc nailer, Eck, runner Non-Rated<_2X Wood Runners Above Horizontal E2i 6 Tube Steel Beam -w--Wood nailer,track,runner Non-Rated >2X Wood Runners Above Horizontal E2ii 6 Tube Steel Beam Quick Reference Page 3 of 5 10/20/2017 IS - LA'EK® SFRM QUICK REFERENCE INTERNATIONAL Common Condition Common Detail Ref. Page Scenario Number Wood Track/Runners Against One or More Faces 6 of Horizontal Tube Steel Beam IWood nailer, track,runner Wood nailer. Itrack,runner Wood Track/Runners Against One or More Faces G 7 of Wide Flange Steel Beam Wood Blocking in Web of a Wide Flange Steel Column Wood nailer. H 7 track, runner Wood Blocking in Web of a Wood nailei% I 7 Vertical Tube Steel Column track,runner Quick Reference Page 4 of 5 10/20/2017 ,s LATEK® SFRM QUICK REFERENCE INTERNATIONAL Common Condition Common Detail Ref. Page Scenario Number Perpendicular wood joists Steel Beams Running Perpendicular to Wood Joists Without Wood 8 Runners Quick Reference Page 5 of 5 10/20/2017