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PP PFA PP UPP PFA PE PP UPP PVDF PFA PE PP-RCT PP ECTFE UPP PVDF PE PFAPP-RCT PP-RCT PP UPP ChemProline PE PFA PP PVDF ECTFE PFA PP-RCTPEPP-RCT | THERMOPLASTIC INDUSTRIAL PIPING SYSTEMS | PP UPP PE UPP ECTFE PVDFChemProlineCPVC PE PFAPE PP-RCTPP-RCT PP UPP PVDF ECTFE PE PVDF ChemProlineCPVC PEPVCPFA PP-RCTPP-RCT PP-RCT UPP ECTFE ChemProline PE PVDFECTFE CPVC PVC HDPEPE PP-RCTPP-RCTPP-RCT PE ECTFEChemProlineChemProline PECPVC PE PP-RCT PVDF PVC HDPE PE100-RCPP-RCT PE ECTFE ChemProlineCPVC CPVC PEPVC PP-RCT HDPE PE100-RC PE ChemProlineCPVC PE PVC HDPE PVC PEPE100-RC CPVC PVC HDPE HDPE PE100-RC PE PE PVC HDPE PE100-RC PE PE100-RC HDPE PE100-RC PE PE100-RC chemline.com ISO 9001:2015 CERTIFIED PP PFA PP UPP PFA PE PP UPP PVDF PFAPE PP-RCT PP UPP PFA PP PVDF ECTFE PFA PEPP-RCT PP-RCT PP UPP PE UPP PVDFECTFE ChemProlinePFA PE PE PP-RCTPP-RCT UPPPP PVDF ECTFE PE Thermoplastic Piping Systems PVDF ChemProlineCPVC PE PFA PP-RCTPP-RCTPP-RCT UPP ECTFE ChemProline PE PVDF ECTFE CPVC PVC PP-RCTPE PP-RCTPP-RCT Piping Systems Page Single Containment ECTFE ChemProlineChemProlineCPVC PE PE PP-RCT PVDF PVC HDPE PP-RCT Systems ß-Polypropylene – PP PE 3 Unpigmented Polypropylene – UPP 4 • ß-Polypropylene (PP): PVDF ChemProlineECTFE CPVCCPVC PEPVC 5 PP-RCT 1/2” to 56” HDPE PE100-RC ECTFE (Halar®) PE 6 • Polypure® Unpigmented PP: ChemProline® Advanced Polyethelyne 7 1/2” to 4” CPVCChemProline PE PVC HDPE PP-RCT PEPVC PE100-RC 8 • PVDF: 1/2" to 12” Blue Polyethelyne for Compressed Air – Blue PE, Black PE 9 • ECTFE (Halar®) Pipe MineLine II – PE 10 PVCCPVC HDPE & Fittings 1” to 4” PE HDPE PE100-RC Dual Containment PE • ChemProline® Advanced PE: 1/2" to 12” PP/PE/PVDF 11 HDPEPVC PE100-RC • Blue PE for compressed air: Thermoplastic Manifolds PE PE100-RC 1/2” to 12” PVC/CPVC/PP/PE/PVDF/ECTFE 12 • Dual Containment NoFireTM PP-RCT for Fire Attenuation Sprinker Systems PE100-RCHDPE 13 Pipe & Fittings PE • Custom Fabrication Welder Certification Program 13 PE100-RC • Manifold Fabrication Welder Technology & Shop and Field Pipe Fabrication 14-15 Fluoropolymer Tubing/ChemFlareTM – Single & Dual Containment 16-17 Welder Machine Size Range & Selection Tool 18-19 In the field Ê Polypropylene (PP) Ë PolyPure® Unpigmented PP Ì ECTFE (Halar®) Í PVDF Î Dual Containment Ï Polypropylene (PP) Blue Polyethylene Ê Ë Ì Í Î Ï 2 | TIPS 03-20 | www.chemline.com ß-Polypropylene Piping System PP PP PP PFA PFA PFA UPP UPP UPP PE PE PE ß-Polypropylene is a member of the polyolefin ß-Polypropylene family and is used in a wide variety of applications from acids and alkalies to organic solvents and even PVDF PVDF PVDF PP-RCT PP-RCT PP-RCT characteristics pure water. PP is one of the best materials to use PP for systems exposed to varying pH levels, as many • Low specific gravity plastics do not handle both acids and bases well. PP PRODUCT RANGE (ODmm)¹ ECTFE ECTFE ECTFE PP-RCT PP-RCT PP-RCT • High operating temperature is ductile at ambient temperature and demonstrates • High creep resistance good impact strength. It also has good thermal PIPE: 12 – 1,400 • High heat aging stability stability up to 90oC (194oF) compared to other BUTT FUSION FITTINGS: 20 – 630ChemProlineChemProline PEChemProline PE PE • Easily welded thermoplastics such as HDPE and PVC. It is not ELECTRO FUSION FITTINGS: 20 – 710 • High chemical resistance recommended for use with strong oxidizing acids, SOCKET FUSION FITTINGS: 20 – 110 • High abrasion resistance aromatics and chlorinated hydrocarbons. ACCESSORIES (FLANGES): 20 – 630CPVC CPVC CPVC • Good elasticity Polypropylene is available in two grades: • Low frictional resistance to • Homopolymer (PP-H) made from Type I resin fluids conforming to ASTM D 4101, produced from 100% PVC PVC PVC • Suitable for food applications propylene monomer • Copolymer (PP-R) made from Type II resin HDPE HDPE HDPE applications produced from 94% propylene with 6% ethylene. PE PE PE Copolymer resins generally exhibit better impact • Aggressive industrial strength. chemicals up to 90oC (194oF) PE100-RCPE100-RCPE100-RC • Potable liquids Polypropylene (PP-R and PP-H) comply with various • Slurries food regulations (FDA, OENORM B 5014 Part 1, • Food industry BGA, KTW guidelines). • Cold and hot water supply for special types of polypropylene sanitary installations • Floor heating systems Special blends of PP such as flame retardant and electro-conductive PP. • Suction and/or exhaust piping systems Black PP-R: Black pigment is added to the PP which gives it much better UV resistance. Unpigmented PP-R: Contains no colour additives temperature range and can be used for high purity water piping systems. This material is not UV resistant. • PP-H: –5 to 90oC (23 to 194oF) PP-H-s: Additives make this PP more fire retardant and • PP-R: –20 to 90oC (–4 to 194oF) increases stiffness making it well suited for ventilation. It is not UV resistant. PP-R-el: High carbon black content makes, PPR- butt fusion el conductive as well as UV resistant. Electro-static charges generated by the flow of fluids or dust can develop in thermoplastic piping systems presenting a danger in volotile environements. This conductive socket material can be grounded. fusion PP-R-s-el: This PP material has both flame retardant and electrically conductive properties. electro Permissible Operating Pressures fusion Permissible Operating Pressure Operating Operating SDR 41 SDR 33 SDR 26 SDR 17.6 SDR 11 SDR 7.4 Temperature Period PN 2.5 PN 3.2 PN 4 PN 6 PN 10 PN 16 oC oF Years psi psi psi psi psi psi 10 50 50 42 52 67 102 170 266 20 68 50 36 46 58 87 150 232 30 86 50 30 38 49 73 122 190 40 104 50 29 36 46 70 116 182 50 122 50 23 30 38 58 96 150 60 140 50 21 26 34 51 86 134 70 158 50 14 18 22 34 56 87 80 176 25 10 13 18 26 43 67 Polypropylene 90 194 10 10 12 14 22 36 57 95 203 10 7 10 12 18 30 47 1Range varies depending on specific fitting. See price list for details. www.chemline.com | TIPS 03-20 | 3 PP PP PP PFA PFA PFA UPP UPP UPP PE PE PE Unpigmented Polypropylene Piping System PVDF PVDF PVDF PP-RCT PP-RCT PP-RCT ECTFE ECTFE ECTFE PP-RCT PP-RCT PP-RCT Unpigmented Polypropylene (UPP) is produced Unpigmented from high-purity virgin random copolymer (PP- Polypropylene R) made up of 94% propylene with 6% ethylene ChemProlineChemProline PEChemProline PE PE conforming to ASTM D 4101 and DIN 16774 UPP resulting in an extremely pure product. U-PP characteristics shows excellent purity levels when tested in PRODUCT RANGE (ODmm)¹ CPVC CPVC CPVC • Low specific weight standard static leach tests (better than High-purity PIPE: 20 – 110 • High operating temperature PVC) and has a superior surface quality (Ra = 0.4 to BUTT FUSION FITTINGS: 20 – 110 • 1.5 μm), making it ideal for high-purity systems. PVC PVC PVC High creep strength SOCKET FUSION FITTINGS: 20 – 63 • High heat aging stability UPP complies with the various food regulations ACCESSORIES (FLANGES): 20 – 110 • Good weldability (FDA, OENORM B 5014 Part 1, BGA, KTW • High chemical resistance HDPE HDPE HDPE guidelines) and USP Class VI . PE PE PE • High abrasion resistance • Good elasticity UPP is not UV resistant. PE100-RCPE100-RCPE100-RC • Low frictional resistance • Usable on food applications Permissible Operating Pressures Operating Operating SDR 11 applications Temperature Period PN 10 oC oF Years psi • USP purified water systems 10 50 50 170 • Deionized water systems • RO water systems 20 68 50 150 • Electronics industry chemical 30 86 50 122 distribution systems 40 104 50 116 • Photographic chemical 50 122 50 96 processing 60 140 50 86 • Food industry • Biotechnology process piping 70 158 50 56 • Semiconductor manufacturing 80 176 25 43 drain systems 90 194 10 36 • Universities 95 203 10 30 • Hospitals temperature range • UPP: –20 to 90oC (–4 to 194oF) butt fusion socket fusion electro fusion Unpigmented Polypropylene 1Range varies depending on specific fitting. See price list for details. 4 | TIPS 03-20 | www.chemline.com PP PP PP PFA PFA PFA UPP UPP UPP PE PE PE PVDF Piping System PVDF PVDF PVDF PP-RCT PP-RCT PP-RCT ECTFE ECTFE ECTFE PP-RCT PP-RCT PP-RCT PVDF (Polyvinylidene fluoride) is an extremely pure PVDF fluorocarbon polymer that does not contain UV stabilizers, thermo stabilizers, softeners, lubricants ChemProlineChemProline PEChemProline PE PE characteristics or flame-retardant additives. It is particularly PVDF suitable for ultra-pure water and for the transport • High operating temperature of clear chemical liquids in the semi-conductor PRODUCT RANGE (ODmm)¹ CPVC CPVC CPVC • Good mechanical properties industry. It is recognized for its high mechanical • High heat aging stability PIPE: 16 – 400 strength over a large working temperature range, • Good weldability BUTT FUSION FITTINGS: 20 – 315 excellent resistance to most corrosive chemicals PVC PVC PVC • High chemical resistance ELECTRO FUSION FITTINGS: 20 – 63 and many organic solvents, excellent abrasion • High abrasion resistance resistance and excellent against the effects of UV SOCKET FUSION FITTINGS: 20 – 110 • Low frictional resistance and gamma radiation. ACCESSORIES (FLANGES): 20 – 315HDPE HDPE HDPE • Self-extinguishing PE PE PE • High resistance to permeation PVDF offers excellent fire protection without • High resistance to UV flame-retardant additives (V-O rating according PE100-RCPE100-RCPE100-RC and gamma radiation to the UL-94 vertical flame test) and during combustion has only a slight amount of smoke development.
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  • 2004/12/27-LES Prefiled Exhibit 135-M, Hydrogen Fluoride Industry

    2004/12/27-LES Prefiled Exhibit 135-M, Hydrogen Fluoride Industry

    I IJ Materials of Construction Guideline for Anhydrous Hydrogen Fluoride UPDATED: 12/27/04 LAST REVISION: January 2000 EXPIRATION DATE: 12/31/05 Dn1C.KETED USNRC February 24, 2006 (4:12pm) OFFICE OF SECRETARY RULEMAKINGS AND ADJUDICATIONS STAFF HYDROGEN FLUORIDE INDUSTRY PRACTICES INSTITUTE Docket No. 70-3103-ML Materials of Construction Task Group Materials of Construction Guideline for Anhydrous Hydrogen Fluoride The Hydrogen Fluoride Industry Practices Institute (HFIPI) is a subsidiary of the American Chemistry Council (ACC). LES Exhibit 135-M rem n/ate -se V- oea6 Materials of Construction Guideline for Anhydrous Hydrogen Fluoride UPDATED: 12/27/04 L. LAST REVISION: January 2000 EXPIRATION DATE: 12/31/05 MATERIALS OF CONSTRUCTION GUIDELINE FOR ANHYDROUS HYDROGEN FLUORIDE This document has been prepared by the "Materials of Construction Task Group" of the Hydrogen Fluoride Industry Practices Institute (HFIPI). The members of this Task Group participating in preparation of this guideline were: M. Howells (Chairman) Honeywell H. Jennings DuPont G. Navar* LCI/Norfluor E. Urban* AlliedSignal P.Wyatt Arkema Inc. William Heineken BWXT Y-12 Mike Berg Solvay Fluorides, LLC * Former Task Group member ©2004 Hydrogen Fluoride Industry Practices Institute This document cannot be copied or distributed without the express written consent of the Hydrogen Fluoride Industry Practices Institute ("HFIPI"). Copies of this document are available from the HFIPI, c/o Collier Shannon Scott, 3050 K Street, NW, Suite 400, Washington, DC 20007-5108. Materials