Products

Biresin® CR80 is a low viscosity epoxy resin system suitable for the production of high performance fiber reinforced composites parts and molds with thermal properties up to 80°C.

EPOLAM 2020 is a Variable reactivity by addition of an accelerator Tg ~80°C

Biresin® CR83 is an epoxy resin system with extremely low viscosity designed specifi cally for the infusion process for the production of high performance fiber reinforced composites parts and molds. The system has thermal properties up to 80°C. Biresin® CR83 epoxy resin has a low tendency to crystallize.

Biresin® CR131 is an epoxy resin system suitable for the production of high performance fiber reinforced composites parts and molds with thermal properties up to 130°C.

Biresin® CR201 is a three component, anhydride cured, low viscosity epoxy resin system suitable for the production of high performance fi bre reinforced composites with outstanding heat resistance.

Biresin® CR144 is a three component, anhydride cured, low viscosity epoxy resin system suitable for the production of high performance fi bre reinforced composites.

Biresin® CR82 is an epoxy resin system designed for the hand lay-up, vacuum bagging and filament-winding processes, especially for applications where curing temperatures of ≥ 75 °C cannot be implemented.

Good properties of impregnation and bonding of wood. Germanischer Lloyd approved for EPOLAM 2017 and 2018 hardeners Tg ~80°C.

Epolam 2080 is MDA free. Production of composite structures by the usual impregnation methods (contact, under vacuum...).Used in concrete by addition of aluminum fillers or other ones.

The Biresin® CR84 system is a lightly thickened epoxy resin system having a pot-life up-to 10 hours and a reduced tendency to drip or spray from reinforcing fibers during processing. The resin system can be fully cured at 80°C.

Biresin® CR141 is a three component, anhydride cured, low viscosity epoxy resin system suitable for the production of high performance fi bre reinforced composites.

EPOLAM 2022 is a Variable reactivity by addition of an accelerator Tg ~80°C