Infinergy®We use Infinergy®, the world’s first expanded thermoplastic polyurethane (ETPU) from BASF. It combines the advantages of TPU with the benefits of foam materials. This special material, which is characterised by its bead-shaped structure, can be used in any applications that demand low weight, exceptional mechanical properties and high continuous load across a broad temperature range. Possible fields of application: •sports sector (shock absorbing elements for running shoes, floor coverings) •occupational safety (shock absorbing elements for protective footwear) •vehicle manufacturing (vibration decoupling) •mechanical engineering (shock absorbing elements) •logistics (reusable transport containers) More information about Infinergy® can be found on the BASF® homepage: Link
Benefits: •good elongation at rupture •tensile strength and wear resistance •high level of resilience under continuous load across a wide temperature range (-20 to more than +40°C)•outstanding chemical resistance•high restoring force
We have extensive experience in processing Infinergy®. As early as 2014, we were carrying out extensive tests on our shape moulding machines and manufacturing prototypes. Since 2015 we have been mass producing Infinergy® moulded parts.surface structure Infinergy®=BASF / ETPU
Talk to us! We have the expertise you need to bring your Infinergy® projects to fruition.
Infinergy®We use Infinergy®, the world’s first expanded thermoplastic polyurethane (ETPU) from BASF. It combines the advantages of TPU with the benefits of foam materials. This special material, which is characterised by its bead-shaped structure, can be used in any applications that demand low weight, exceptional mechanical properties and high continuous load across a broad temperature range. Possible fields of application: •sports sector (shock absorbing elements for running shoes, floor coverings) •occupational safety (shock absorbing elements for protective footwear) •vehicle manufacturing (vibration decoupling) •mechanical engineering (shock absorbing elements) •logistics (reusable transport containers) Benefits: •good elongation at rupture •tensile strength and wear resistance •high level of resilience under continuous load across a wide temperature range (-20 to more than +40°C)•outstanding chemical resistance•high restoring forceWe have extensive experience in processing Infinergy®. As early as 2014, we were carrying out extensive tests on our shape moulding machines and manufacturing prototypes. Since 2015 we have been mass producing Infinergy® moulded parts.surface structureInfinergy®=BASF / ETPU Talk to us! We have the expertise you need to bring your Infinergy® projects to fruition.More information about Infinergy® can be found on the BASF® homepage: Link
Infinergy®We use Infinergy®, the world’s first expanded thermoplastic polyurethane (ETPU) from BASF. It combines the advantages of TPU with the benefits of foam materials. This special material, which is characterised by its bead-shaped structure, can be used in any applications that demand low weight, exceptional mechanical properties and high continuous load across a broad temperature range. Possible fields of application: •sports sector (shock absorbing elements for running shoes, floor coverings) •occupational safety (shock absorbing elements for protective footwear) •vehicle manufacturing (vibration decoupling) •mechanical engineering (shock absorbing elements) •logistics (reusable transport containers) Benefits: •good elongation at rupture •tensile strength and wear resistance •high level of resilience under continuous load across a wide temperature range (-20 to more than +40°C)•outstanding chemical resistance•high restoring forceWe have extensive experience in processing Infinergy®. As early as 2014, we were carrying out extensive tests on our shape moulding machines and manufacturing prototypes. Since 2015 we have been mass producing Infinergy® moulded parts.surface structure Infinergy®=BASF / ETPU Talk to us! We have the expertise you need to bring your Infinergy® projects to fruition.More information about Infinergy® can be found on the BASF® homepage: Link