Document Qk0pKkOyKEZ00rQ8De8xne5w5

Information of PFAS and PFAS present in mixtures and articles Identity and quantity Please fill in the following table in the columns relevant to you with the respective information concerning your PFAS/precursor/perfluorinated precursor. Please assign quantities individually to each PFAS and PFAS in mixtures and/or articles. Please use one line for each individual substance and, if necessary, with multiple entries in one data field. If not, use multiple lines for each individual substance, linked with a clea # Chemical name Trade name(s) CAS No. EC No. Purchased mixture Concentration in the purchased or article mixture or article 1 Poly(vinylidene fluoride-cohexafluoropropylene) 2 Poly(vinylidene fluoride-cohexafluoropropylene) 3 Poly(vinylidene fluoride-cohexafluoropropylene) 9011-17-0 9011-17-0 9011-17-0 PE film PP film (BPP, CPP, OPP) PE extrusion resin ca. 0.1 % ca. 0.1 % ca. 0.1 % 4 Poly(vinylidene fluoride-cohexafluoropropylene) 5 Poly(vinylidene fluoride-cohexafluoropropylene) 6 Poly(tetrafluoroethylene) 7 Poly(tetrafluoroethylene) 8 Poly(tetrafluoroethylene) Teflon, Xynflon, PTFE 9 Poly(tetrafluoroethylene) 10 Poly(tetrafluoroethylene) Teflon 11 1,1,1,2-Tetrafluoroethane R-134a Difluoromethane Freon R-407A, R-32 Pentafluoroethane R-125 12 Perfluoroalkylethyl acrylate (mixture) 13 Poly[trifluoropropyl(methyl) siloxane] 9011-17-0 9011-17-0 9002-84-0 9002-84-0 9002-84-0 9002-84-0 9002-84-0 811-97-2 75-10-5 354-33-6 65605-70-1 63148-56-1 212-377-0 200-839-4 206-557-8 PP masterbatch PE masterbatch lacquer printing ink Roller Grease Tape Gaskets Sealing Bearings TEFLON-Spray PTFE wax Mixture of coolants in refrigerating system grease-proof paper printing inks ca. 1-5 % ca. 1-5 % max. 3 % max. 3 % 100 % 100 % ca. 1 % ca. 1 % 14 3,3,4,4,5,5,6,6,7,7,8,8,8Tridecafluorooctane-1sulphonic acid 15 1-Propene, 1,1,2,3,3,3hexafluoro-, polymer with 1,1-difluoroethene and tetrafluoroethene 16 1-Propene, 1,1,2,3,3,3hexafluoro-, polymer with 1,1-difluoroethene and tetrafluoroethene 17 1-Propene, 1,1,2,3,3,3hexafluoro-, polymer with 1,1-difluoroethene and tetrafluoroethene 18 1-Propene, 1,1,2,3,3,3hexafluoro-, polymer with 1,1-difluoroethene and tetrafluoroethene 19 Diphosphoric acid, polymers with ethoxylated reduced methyl esters of reduced polymerized oxidized tetrafluoroethylene 27619-97-2 25190-89-0 25190-89-0 25190-89-0 25190-89-0 200013-65-6 gravure printing cylinders (mist suppressing agent in chrome plating) PP film (BPP, CPP, OPP) PE film ca. 0.1 % ca. 0.1 % PP masterbatch ca. 1 - 5 % PE masterbatch ca. 1 - 5 % grease-proof paper ca. 1 % 20 2-Propenoic acid, 2-methyl-, polymer with 2hydroxyethyl 2-methyl-2propenoate, -(1-oxo-2propen-1-yl)-hydroxypoly(oxy-1,2ethanediyl) and 3,3,4,4,5,5,6,6,7,7,8,8,8tridecafluorooctyl 2propenoate, sodium salt 21 "short chain PFAS" 22 "C6-based PFAS" 1158951-86-0 grease-proof paper ca. 1 % ? grease-proof paper ca. 1 % ? grease-proof paper ca. 1 % substance, linked with a clear identification, such as CAS No., etc. Polyfluorinated precursors/ polymers Please indicate. Production process of PFAS, PFAS-containing mixture Production process of PFAS-containing article Electrochemically or by other methods Production process of polymers, fluorescins or other complex perfluorated compounds Vinylidene Fluoride CAS 75-38-7 Hexafluoropropylene CAS 116-15-4 Vinylidene Fluoride CAS 75-38-7 Hexafluoropropylene CAS 116-15-4 Vinylidene Fluoride CAS 75-38-7 Hexafluoropropylene CAS 116-15-4 compounding / blow film extrusion compounding / film extrusion extrusion resin production printing, laminating printing, laminating extrusion, printing, laminating Vinylidene Fluoride CAS 75-38-7 Hexafluoropropylene CAS 116-15-4 Vinylidene Fluoride CAS 75-38-7 Hexafluoropropylene CAS 116-15-4 Tetrafluoroethylene CAS 116-14-3 compounding compounding mixing liquid components Tetrafluoroethylene CAS 116-14-3 mixing liquid components Tetrafluoroethylene CAS 116-14-3 Tetrafluoroethylene CAS 116-14-3 mixing liquid components Tetrafluoroethylene CAS 116-14-3 ink formulation extrusion, printing, laminating extrusion, printing, laminating lacquering, coating printing, laminating ink formulation, coating, printing , laminating printing, laminating printing, laminating Vinylidene Fluoride CAS 75-38-7 Hexafluoropropylene CAS 116-15-4 Tetrafluoroethylene CAS 116-14-3 compounding, coextrusion, film extrusion Vinylidene Fluoride CAS 75-38-7 Hexafluoropropylene CAS 116-15-4 Tetrafluoroethylene CAS 116-14-3 compounding, coextrusion, blow film extrusion Vinylidene Fluoride CAS 75-38-7 Hexafluoropropylene CAS 116-15-4 Tetrafluoroethylene CAS 116-14-3 compounding Vinylidene Fluoride CAS 75-38-7 Hexafluoropropylene CAS 116-15-4 Tetrafluoroethylene CAS 116-14-3 compounding printing, laminating printing, laminating extrusion, printing, laminating extrusion, printing, laminating printing, laminating printing, laminating printing, laminating printing, laminating Application NIAS (e.g. oligomers or impurities) Generation and/or use e of any relevant fluorinated substance including e.g. volatile substances during production that could be released to environment flexible packaging (food, pet food, cosmetics, pharmaceutical, medical, technical) flexible packaging (food, pet food, cosmetics, pharmaceutical, medical, technical) flexible packaging (food, pet food, cosmetics, pharmaceutical, medical, technical) residual monomers see column H residual monomers see column H residual monomers see column H concentration of residual monomers in the purchased material: < 1 mg/ton concentration of residual monomers in the purchased material: < 1 mg/ton concentration of residual monomers in the purchased material: < 1 mg/ton Tonnage range production or import of PFAS and/or PFAS containing mixtures per year quantity of film purchased: ca. 15 000 tons quantity of film purchased: ca. 15 000 tons quantity of PE resin purchased: ca. 20 000 tons flexible packaging (food, pet food, cosmetics, pharmaceutical, medical, technical) flexible packaging (food, pet food, cosmetics, pharmaceutical, medical, technical) flexible packaging (food, pet food, cosmetics, pharmaceutical, medical, technical) flexible packaging (food, pet food, cosmetics, pharmaceutical, medical, technical) components of production equipment residual monomers see column H residual monomers see column H residual monomers see column H residual monomers see column H concentration of residual monomers in the purchased material: < 1 mg/ton concentration of residual monomers in the purchased material: < 1 mg/ton concentration of residual monomers in the purchased material: < 1 mg/ton concentration of residual monomers in the purchased material: < 1 mg/ton quantity of masterbatch purchased: ca. 2 500 tons quantity of masterbatch purchased: ca. 1 500 tons quantity of lacquer produced: ca. 10 000 tons quantity of ink purchased: ca. 5 000 tons lubricant for production equipment for manufacturing flexible packaging flexible packaging (food, pet food, cosmetics, pharmaceutical, medical, technical) Coolant in refrigerating system residual monomers see column H concentration of residual monomers in the purchased material: < 1 mg/ton flexible packaging (food, pet food, cosmetics, pharmaceutical, medical, technical) flexible packaging (food, pet food, cosmetics, pharmaceutical, medical, technical) quantity of PTFE wax purchased: ca. 10 tons quantity of paper purchased: ca. 150 tons quantity of ink purchased: ca. 10 tons components of production equipment flexible packaging (food, pet food, cosmetics, pharmaceutical, medical, technical) residual monomers see column H concentration of residual monomers in the purchased material: < 1 mg/ton flexible packaging (food, pet food, cosmetics, pharmaceutical, medical, technical) residual monomers see column H concentration of residual monomers in the purchased material: < 1 mg/ton flexible packaging (food, pet food, cosmetics, pharmaceutical, medical, technical) residual monomers see column H concentration of residual monomers in the purchased material: < 1 mg/ton flexible packaging (food, pet food, cosmetics, pharmaceutical, medical, technical) residual monomers see column H concentration of residual monomers in the purchased material: < 1 mg/ton flexible packaging (food, pet food, cosmetics, pharmaceutical, medical, technical) quantity of film purchased: ca. 10 000 tons quantity of film purchased: ca. 10 000 tons quantity of masterbatch purchased: ca. 100 tons quantity of masterbatch purchased: ca. 100 tons quantity of paper purchased: ca. 150 tons flexible packaging (food, pet food, cosmetics, pharmaceutical, medical, technical) flexible packaging (food, pet food, cosmetics, pharmaceutical, medical, technical) flexible packaging (food, pet food, cosmetics, pharmaceutical, medical, technical) quantity of paper purchased: ca. 5 tons quantity of paper purchased: ca. 50 tons quantity of paper purchased: ca. 50 tons Exposure-related questions Tonnage range of PFAS incorporated in articles per year Tonnage range production of Number of workers involved in handling at company or customer PFAS containing article per year sites quantity of PFAS substance: ca. 15 tons quantity of PFAS substance: ca. 15 tons quantity of PFAS substance: ca. 20 tons quantity of finished products: ca. 75 000 tons quantity of finished products: ca. 75 000 tons quantity of finished products: ca. 35 000 tons 40 production sites = ca. 4 000 workers 25 production sites = ca. 3 000 workers 17 extrusion sites many more conversion sites = ca. 7 500 workers quantity of PFAS substance: ca. 75 tons quantity of PFAS substance: ca. 45 tons quantity of PFAS substance: ca. 300 tons quantity of PFAS substance: ca. 150 tons quantity of finished products: ca. 25 000 tons quantity of finished products: ca. 15 000 tons quantity of finished products: ca. 300 000 tons quantity of finished products: ca. 75 000 tons 12 extrusion sites many more conversion sites = ca. 5 000 workers 10 extrusion sites many more conversion sites = ca. 5 000 workers 5 production plants many more conversion sites = ca. 2 500 workers 80 production sites = ca. 10 000 workers 80 production sites = ca. 10 000 workers quantity of PFAS substance: ca. 10 tons quantity of finished products: ca. 10 000 tons 32 production sites = ca. 3 200 workers 5 production sites = ca. 500 workers quantity of PFAS substance: ca. 1.5 tons quantity of PFAS substance: ca. 0.1 tons quantity of finished products: ca. 300 tons quantity of finished products: ca. 1 000 tons 5 production sites = ca. 500 workers 5 production sites = ca. 500 workers quantity of PFAS substance: ca. 10 tons quantity of PFAS substance: ca. 10 tons quantity of PFAS substance: ca. 3 tons quantity of PFAS substance: ca. 3 tons quantity of PFAS substance: ca. 1.5 tons quantity of finished products: ca. 30 000 tons quantity of finished products: ca. 30 000 tons quantity of finished products: ca. 1 000 tons quantity of finished products: ca. 1 000 tons quantity of finished products: ca. 300 tons 30 production sites = ca. 3 000 workers 30 production sites = ca. 3 000 workers 3 extrusion sites = 300 workers 3 extrusion sites = 300 workers 5 production sites = ca. 500 workers quantity of PFAS substance: ca. 0.05 tons quantity of finished products: ca. 10 tons 1 production site = ca. 100 workers quantity of PFAS substance: ca. 0.5 tons quantity of PFAS substance: ca. 0.5 tons quantity of finished products: ca. 100 tons quantity of finished products: ca. 100 tons 2 production sites = ca. 200 workers 2 production sites = ca. 200 workers