injection molding grade; improved microbial resistance; Improved hydrolysis resistance; Application; Seals, membranes; hard to soft systems

Extrusion- and injection molding grade; improved microbial resistance; Improved hydrolysis resistance; Application; Cable sheathings; Textile coating; Wristwatch straps; hard to soft systems

Extrusion- and injection molding grade; improved microbial resistance; Improved hydrolysis resistance; Application; Cable sheathings; Hoses, non-reinforced; Roof lining

Transparent, ether-based injection moulding and extrusion type Characteristics: - Permanent antistatic properties throughout the whole structure - independent of specific environmental conditions.Can be individually colourd, FDA compliant: suitable for food contact, free of PVC and latex. Applications: - Components in the electrical and electronic industry tubes and containers for flammable liquids films, delivery and ventilation pipes, tubes, applications in the chemical industry Sensors

High stiffness, very good impact resistance and flexibility even at low temperatures - these are the strengths of new glass fibre reinforced polyetherdiol based thermoplastic polyurethanes (TPUs).

Ester-based injection molding type with a ratio of 20% glass fiber Characteristics: - high level of mechanical strength, good flexibility at low temperature, good noise absorption, very good colorability and printability, excellent heat & oil resistance, high abrasion resistance, easy to bond Applications: - Shoe soles, shin guards, midsoles for special shoes, standard automotive applications such as: brackets, hot air intakes, side sills, shift knobs, roof rails, front spoiler, side shields, handles for walking sticks, controls, wear parts for agricultural machinery & harvester, industrial component construction, mechanical and tribologically highly stressed components in exterior use, technical units with low friction coefficients, cup holders, center console, skate roller core, role core chair, camping items.

Ester-based injection molding type with a ratio of 20% glass fiber Characteristics: - high level of mechanical strength, good flexibility at low temperature, good noise absorption, very good colorability and printability, excellent heat & oil resistance, high abrasion resistance, easy to bond Applications: - Shoe soles, shin guards, midsoles for special shoes, standard automotive applications such as: brackets, hot air intakes, side sills, shift knobs, roof rails, front spoiler, side shields, handles for walking sticks, controls, wear parts for agricultural machinery & harvester, industrial component construction, mechanical and tribologically highly stressed components in exterior use, technical units with low friction coefficients, cup holders, center console, skate roller core, role core chair, camping items.

Ester-based injection molding type with a ratio of 20% glass fiber Characteristics: - high level of mechanical strength, good flexibility at low temperature, good noise absorption, very good colorability and printability, excellent heat & oil resistance, high abrasion resistance, easy to bond Applications: - Shoe soles, shin guards, midsoles for special shoes, standard automotive applications such as: brackets, hot air intakes, side sills, shift knobs, roof rails, front spoiler, side shields, handles for walking sticks, controls, wear parts for agricultural machinery & harvester, industrial component construction, mechanical and tribologically highly stressed components in exterior use, technical units with low friction coefficients, cup holders, center console, skate roller core, role core chair, camping items.

Ester-based injection molding type with a ratio of 20% glass fiber Characteristics: - high level of mechanical strength, good flexibility at low temperature, good noise absorption, very good colorability and printability, excellent heat & oil resistance, high abrasion resistance, easy to bond Applications: - Shoe soles, shin guards, midsoles for special shoes, standard automotive applications such as: brackets, hot air intakes, side sills, shift knobs, roof rails, front spoiler, side shields, handles for walking sticks, controls, wear parts for agricultural machinery & harvester, industrial component construction, mechanical and tribologically highly stressed components in exterior use, technical units with low friction coefficients, cup holders, center console, skate roller core, role core chair, camping items.

Ether-based injection molding type with a ratio of 20% glass fiber Characteristics: - very high stiffness, extreme impact strength and flexibility at low temperature, very good hydrolysis and microbial resistance, seawater proof, good UV resistance, high shock resistance & high fl exibility, good noise absorption, excellent colorability and printability Applications: - mechanically highly stressed components of technical applications (indoor and outdoor), protectors for skiing, horse riding and motor sports, fishing net sinker, helmets, winter sport products such as ski tips, ski edge protection parts, ski bindings, ski boots, goggles, housings in the offshore area

Ether-based injection molding type with a ratio of 20% glass fiber Characteristics: - very high stiffness, extreme impact strength and fl exibility at low temperature, very good hydrolysis and microbial resistance, seawater proof, good UV resistance, high shock resistance & high flexibility, good noise absorption, excellent colorability and printability Applications: - mechanically highly stressed components of technical applications (indoor and outdoor), protectors for skiing, horse riding and motor sports, fishing net sinker, helmets, winter sport products such as ski tips, ski edge protection parts, ski bindings, ski boots, goggles, housings in the offshore area

Ether-based injection molding type with a ratio of 20% glass fiber Characteristics: - very high stiffness, extreme impact strength and flexibility at low temperature, very good hydrolysis and microbial resistance, seawater proof, good UV resistance, high shock resistance & high flexibility, good noise absorption, excellent colorability and printability Applications: - mechanically highly stressed components of technical applications (indoor and outdoor), protectors for skiing, horse riding and motor sports, fishing net sinker, helmets, winter sport products such as ski tips, ski edge protection parts, ski bindings, ski boots, goggles, housings in the offshore area

High stiffness, very good impact resistance and flexibility even at low temperatures - these are the strengths of new glass fibre reinforced polyetherdiol based thermoplastic polyurethanes (TPUs

With its mechanical properties TPU Desmovit ® DP R CF stands out from the existing glass-fibrereinforced TPU grades. Desmovit ® DP R CF has very good flexural and tensile proper-ties. The tensile strength, depending on the level of reinforcement, lies between 70 and 135 MPa, and for the flexural strength values of up to 5700 MPa have been achieved. Via the combination of its excellent tensile strength and its high impact strength and notched impact strength, the new hi-tech material is relevant for parts which are subject to knocks and blows. It's also worth mentioning that the new plastic only becomes irreparably damaged after a yield strain of 17.5%. Applications: With its low density and its mechanical properties, Desmovit ® DP R CF is ideal for the production of protectors as well as protective cases for tablets and smartphones. The material prevents penetration by sharp objects, absorbs impact force and optimally reduces the remaining energy. The use of the hi-tech plastic is conceivable for diverse applications in the field of sports equipment as well as for use in durable housings for various fields of application such in watches, tools and binoculars. This will ensure, for example, that the optical components of the binoculars will not be damaged through shocks and knocks. The carbon fibre reinforced TPU with its sophisticated mechanical values is antistatic after a certain level of reinforcement and lends itself, with these antistatic properties, to use in rollers, wheels and housings where electrostatic charges are to be avoided. It can therefore be considered for use in mining or the chemical sector as well as for industrial gear wheels. Due to the material's heat and cold stability it is also ideal for use in various outdoor applications.

With its mechanical properties TPU Desmovit ® DP R CF stands out from the existing glass-fibrereinforced TPU grades. Desmovit ® DP R CF has very good flexural and tensile proper-ties. The tensile strength, depending on the level of reinforcement, lies between 70 and 135 MPa, and for the flexural strength values of up to 5700 MPa have been achieved. Via the combination of its excellent tensile strength and its high impact strength and notched impact strength, the new hi-tech material is relevant for parts which are subject to knocks and blows. It's also worth mentioning that the new plastic only becomes irreparably damaged after a yield strain of 17.5%. Applications: With its low density and its mechanical properties, Desmovit ® DP R CF is ideal for the production of protectors as well as protective cases for tablets and smartphones. The material prevents penetration by sharp objects, absorbs impact force and optimally reduces the remaining energy. The use of the hi-tech plastic is conceivable for diverse applications in the field of sports equipment as well as for use in durable housings for various fields of application such in watches, tools and binoculars. This will ensure, for example, that the optical components of the binoculars will not be damaged through shocks and knocks. The carbon fibre reinforced TPU with its sophisticated mechanical values is antistatic after a certain level of reinforcement and lends itself, with these antistatic properties, to use in rollers, wheels and housings where electrostatic charges are to be avoided. It can therefore be considered for use in mining or the chemical sector as well as for industrial gear wheels. Due to the material's heat and cold stability it is also ideal for use in various outdoor applications.

With its mechanical properties TPU Desmovit ® DP R CF stands out from the existing glass-fibrereinforced TPU grades. Desmovit ® DP R CF has very good flexural and tensile proper-ties. The tensile strength, depending on the level of reinforcement, lies between 70 and 135 MPa, and for the flexural strength values of up to 5700 MPa have been achieved. Via the combination of its excellent tensile strength and its high impact strength and notched impact strength, the new hi-tech material is relevant for parts which are subject to knocks and blows. It's also worth mentioning that the new plastic only becomes irreparably damaged after a yield strain of 17.5%. Applications: With its low density and its mechanical properties, Desmovit ® DP R CF is ideal for the production of protectors as well as protective cases for tablets and smartphones. The material prevents penetration by sharp objects, absorbs impact force and optimally reduces the remaining energy. The use of the hi-tech plastic is conceivable for diverse applications in the field of sports equipment as well as for use in durable housings for various fields of application such in watches, tools and binoculars. This will ensure, for example, that the optical components of the binoculars will not be damaged through shocks and knocks. The carbon fibre reinforced TPU with its sophisticated mechanical values is antistatic after a certain level of reinforcement and lends itself, with these antistatic properties, to use in rollers, wheels and housings where electrostatic charges are to be avoided. It can therefore be considered for use in mining or the chemical sector as well as for industrial gear wheels. Due to the material's heat and cold stability it is also ideal for use in various outdoor applications.

A further advantage is the fracture behaviour. The material forms no sharp edges when breaking, so that the risk of injury is reduced to a minimum. Desmovit ® DP R Eco NF can be perfectly used for the production of sporting goods. Besides the above mentioned advantages, injection moulders can score with the title "usage of renewable raw materials". The ecological thought is underlined by the haptics and optics of the material. Currently, Desmovit ® DP R Eco NF is offered with a 10% and 20% natural-fibre reinforcement.

A further advantage is the fracture behaviour. The material forms no sharp edges when breaking, so that the risk of injury is reduced to a minimum. Desmovit ® DP R Eco NF can be perfectly used for the production of sporting goods. Besides the above mentioned advantages, injection moulders can score with the title "usage of renewable raw materials". The ecological thought is underlined by the haptics and optics of the material. Currently, Desmovit ® DP R Eco NF is offered with a 10% and 20% natural-fibre reinforcement.

Ether Based Injection Moulding Type with a Glass Fibre Content of 20 % Characteristics: - very high stiffness, extreme impact strength and fl exibility at low temperature, very good hydrolysis and microbial resistance, seawater proof, good UV resistance, high shock resistance & high fl exibility, good noise absorption, excellent colorability and printability Applications: - mechanically highly stressed components of technical applications (indoor and outdoor), protectors for skiing, horse riding and motor sports, fi shing net sinker, helmets, winter sport products such as ski tips, ski edge protection parts, ski bindings, ski boots, goggles, housings in the offshore area

This data represents typical values that have been calculated from all products classified as: Generic TPU-Ester/Ether This information is provided for comparative purposes only.

Carbon fiber reinforced TPU compounds