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WIPAG

About Us

WIPAG has stood for successful plastics recycling for 30 years. The medium-sized company was founded in 1991. WIPAG produces high-quality recycling compounds in open loop and closed loop processes at two locations – Neuburg an der Donau and Gardelegen – using innovative and in-house developed technologies. As an experienced recycling partner, we support our customers in establishing processes for recycling management and returning waste back into production. Our goal: sustainable plastics with a lower CO2 footprint. WIPAG has been part of the globally active Otto Krahn Group since 2018. In addition to WIPAG, the family-owned group of companies also includes the plastics distributor ALBIS, and the plastics compounder MOCOM as well as KRAHN Chemie and KRAHN Ceramics. The internationally represented sales offices of the Group offer customers comprehensive support.

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WIC™ PP 10 BK LE banner

WIC™ PP 10 BK LE

Polymer Name:Polypropylene (unspecified), Polypropylene Copolymer
Processing Methods:Injection Molding
Fillers Included:Carbon Fiber

WIC™ PP 10 BK LE compounds impress with their low weight (i.e. low density) combined with high strength and rigidity. The material is also dimensionally stable and offers excellent electrical conductivity as well as good friction and wear properties.The basis of our WIC compounds is carbon fiber recycling. The source of the fibers are cuttings from the production of lightweight components that are increasingly being produced in the aerospace industry, medical devices and the automotive industry, for example. With our innovative carbon fiber recycling technology, carbon fiber residues are processed and homogeneously incorporated into carbon-fiber compounds – a sustainable solution. WIPAG has secured the supply of carbon fibers through long-term contracts.

WIC™ PP 10 BK UV banner

WIC™ PP 10 BK UV

Polymer Name:Polypropylene (unspecified), Polypropylene Copolymer
Processing Methods:Injection Molding
Fillers Included:Carbon Fiber

As high-tech plastics, WIC™ PP 10 BK UV compounds impress with their low weight (i.e. low density) combined with high strength and rigidity. The material is also dimensionally stable and offers excellent electrical conductivity as well as good friction and wear properties.The basis of our WIC compounds is carbon fiber recycling. The source of the fibers are cuttings from the production of lightweight components that are increasingly being produced in the aerospace industry, medical devices and the automotive industry, for example. With our innovative carbon fiber recycling technology, carbon fiber residues are processed and homogeneously incorporated into carbon-fiber compounds – a sustainable solution. WIPAG has secured the supply of carbon fibers through long-term contracts.

WIC™ PP 30 BK UV banner

WIC™ PP 30 BK UV

Polymer Name:Polypropylene (unspecified), Polypropylene Copolymer
Processing Methods:Injection Molding
Fillers Included:Carbon Fiber

As high-tech plastics, WIC™ PP 30 BK UV compounds impress with their low weight (i.e. low density) combined with high strength and rigidity. The material is also dimensionally stable and offers excellent electrical conductivity as well as good friction and wear properties.The basis of our WIC compounds is carbon fiber recycling. The source of the fibers are cuttings from the production of lightweight components that are increasingly being produced in the aerospace industry, medical devices and the automotive industry, for example. With our innovative carbon fiber recycling technology, carbon fiber residues are processed and homogeneously incorporated into carbon-fiber compounds – a sustainable solution. WIPAG has secured the supply of carbon fibers through long-term contracts.

WIC™ PP30 N IM1; BK IM1; BKD IM1 banner

WIC™ PP30 N IM1; BK IM1; BKD IM1

Polymer Name:Polypropylene (unspecified)
Processing Methods:Injection Molding
Fillers Included:Carbon Fiber

As high-tech plastics, WIC PP30 N IM1; BK IM1; BKD IM1 compounds impress with their low weight (i.e. low density) combined with high strength and rigidity. The material is also dimensionally stable and offers excellent electrical conductivity as well as good friction and wear properties.The basis of our WIC compounds is carbon fiber recycling. The source of the fibers are cuttings from the production of lightweight components that are increasingly being produced in the aerospace industry, medical devices and the automotive industry, for example. With our innovative carbon fiber recycling technology, carbon fiber residues are processed and homogeneously incorporated into carbon-fiber compounds – a sustainable solution. WIPAG has secured the supply of carbon fibers through long-term contracts.

WIC™ PP20 N BK BKD banner

WIC™ PP20 N BK BKD

Polymer Name:Polypropylene (unspecified)
Processing Methods:Injection Molding
Fillers Included:Carbon Fiber

WIC™ PP20 N BK BKD compounds impress with their low weight (i.e. low density) combined with high strength and rigidity. The material is also dimensionally stable and offers excellent electrical conductivity as well as good friction and wear properties.The basis of our WIC compounds is carbon fiber recycling. The source of the fibers are cuttings from the production of lightweight components that are increasingly being produced in the aerospace industry, medical devices and the automotive industry, for example. With our innovative carbon fiber recycling technology, carbon fiber residues are processed and homogeneously incorporated into carbon-fiber compounds – a sustainable solution. WIPAG has secured the supply of carbon fibers through long-term contracts.

WIC™ PP 15 BK UV banner

WIC™ PP 15 BK UV

Polymer Name:Polypropylene (unspecified), Polypropylene Copolymer
Processing Methods:Injection Molding
Fillers Included:Carbon Fiber

As high-tech plastics, WIC™ PP 15 BK UV compounds impress with their low weight (i.e. low density) combined with high strength and rigidity. The material is also dimensionally stable and offers excellent electrical conductivity as well as good friction and wear properties.The basis of our WIC compounds is carbon fiber recycling. The source of the fibers are cuttings from the production of lightweight components that are increasingly being produced in the aerospace industry, medical devices and the automotive industry, for example. With our innovative carbon fiber recycling technology, carbon fiber residues are processed and homogeneously incorporated into carbon-fiber compounds – a sustainable solution. WIPAG has secured the supply of carbon fibers through long-term contracts.

WIC™ PP10 N; BK; BKD banner

WIC™ PP10 N; BK; BKD

Polymer Name:Polypropylene (unspecified)
Processing Methods:Injection Molding
Fillers Included:Carbon Fiber

As high-tech plastics, WIC PP10 N; BK; BKD compounds impress with their low weight (i.e. low density) combined with high strength and rigidity. The material is also dimensionally stable and offers excellent electrical conductivity as well as good friction and wear properties.The basis of our WIC compounds is carbon fiber recycling. The source of the fibers are cuttings from the production of lightweight components that are increasingly being produced in the aerospace industry, medical devices and the automotive industry, for example. With our innovative carbon fiber recycling technology, carbon fiber residues are processed and homogeneously incorporated into carbon-fiber compounds – a sustainable solution. WIPAG has secured the supply of carbon fibers through long-term contracts.

WIC™ PP15 N; BK; BKD banner

WIC™ PP15 N; BK; BKD

Polymer Name:Polypropylene (unspecified)
Processing Methods:Injection Molding
Fillers Included:Carbon Fiber

As high-tech plastics, WIC PP15 N; BK; BKD compounds impress with their low weight (i.e. low density) combined with high strength and rigidity. The material is also dimensionally stable and offers excellent electrical conductivity as well as good friction and wear properties.The basis of our WIC compounds is carbon fiber recycling. The source of the fibers are cuttings from the production of lightweight components that are increasingly being produced in the aerospace industry, medical devices and the automotive industry, for example. With our innovative carbon fiber recycling technology, carbon fiber residues are processed and homogeneously incorporated into carbon-fiber compounds – a sustainable solution. WIPAG has secured the supply of carbon fibers through long-term contracts.

WIC™ PP 15 BK LE banner

WIC™ PP 15 BK LE

Polymer Name:Polypropylene (unspecified), Polypropylene Copolymer
Processing Methods:Injection Molding
Fillers Included:Carbon Fiber

As high-tech plastics, WIC™ PP 15 BK LE compounds impress with their low weight (i.e. low density) combined with high strength and rigidity. The material is also dimensionally stable and offers excellent electrical conductivity as well as good friction and wear properties.The basis of our WIC compounds is carbon fiber recycling. The source of the fibers are cuttings from the production of lightweight components that are increasingly being produced in the aerospace industry, medical devices and the automotive industry, for example. With our innovative carbon fiber recycling technology, carbon fiber residues are processed and homogeneously incorporated into carbon-fiber compounds – a sustainable solution. WIPAG has secured the supply of carbon fibers through long-term contracts.

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End Uses:Engine Covers

WIC compounds impress with their low weight (i.e. low density) combined with high strength and rigidity. The material is also dimensionally stable and offers excellent electrical conductivity as well as good friction and wear properties. The basis of our WIC compounds is carbon fiber recycling. The source of the fibers are cuttings from the production of lightweight components that are increasingly being produced in the aerospace industry, medical devices and the automotive industry, for example.

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