Cetma Composites

Foot on carbon: the new s-WING footpocket by CETMA COMPOSITES enable a longer blade portion under the foot, basically, using CETMA COMPOSITES blades the foot is totally layed on carbon blades. Blade portion under the blade is 60% longer compared conventional blades....

100% IM7 carbon fibre. The material used is 100 % Carbon Prepreg produced with hot melt impregnation system, using a micro-toughened tetra-functional epoxy resin. 3D-Tech: Proprietary Technology, of CETMA COMPOSITES exclusive know-how, with high pressure, high temperature and high degree...

Blades 75% carbon fibre and 25 % S-glass fibre(aeronautic high resistance glass). The blades are made of 100% epoxy PRE-PREG produced with hot melt system and micro-toughened tetra-functional resin. 3D-Tech: Proprietary Technology, of CETMA COMPOSITES exclusive know-how, with high pressure,...

Blades 75% carbon fibre and 25 % S-glass fibre(aeronautic high resistance glass). The blades are made of 100% epoxy PRE-PREG produced with hot melt system and micro-toughened tetra-functional resin. 3D-Tech: Proprietary Technology, of CETMA COMPOSITES exclusive know-how, with high pressure,...

Blades 75% carbon fibre and 25 % S-glass fibre(aeronautic high resistance glass). The blades are made of 100% epoxy PRE-PREG produced with hot melt system and micro-toughened tetra-functional resin. 3D-Tech: Proprietary Technology, of CETMA COMPOSITES exclusive know-how, with high pressure,...

100% IM7 carbon fibre. The material used is 100 % Carbon Prepreg produced with hot melt impregnation system, using a micro-toughened tetra-functional epoxy resin. 3D-Tech: Proprietary Technology, of CETMA COMPOSITES exclusive know-how, with high pressure, high temperature and high degree...

100% IM7 carbon fibre. The material used is 100 % Carbon Prepreg produced with hot melt impregnation system, using a micro-toughened tetra-functional epoxy resin. 3D-Tech: Proprietary Technology, of CETMA COMPOSITES exclusive know-how, with high pressure, high temperature and high degree...

Foot on carbon: the new s-WING footpocket by CETMA COMPOSITES enable a longer blade portion under the foot, basically, using CETMA COMPOSITES blades the foot is totally layed on carbon blades. Blade portion under the blade is 60% longer compared conventional blades....

100% IM7 carbon fibre: The material used is 100 % Carbon Prepreg produced with hot melt impregnation system, using a micro-toughened tetra-functional epoxy resin. 3D-Tech: Proprietary Technology, of CETMA COMPOSITES exclusive know-how, with high pressure, high temperature and high degree...

Blades 75% carbon fibre and 25 % S-glass fibre(aeronautic high resistance glass). The blades are made of 100% epoxy PRE-PREG produced with hot melt system and micro-toughened tetra-functional resin. 3D-Tech: Proprietary Technology, of CETMA COMPOSITES exclusive know-how, with high pressure,...

100% IM7 carbon fibre. The material used is 100 % Carbon Prepreg produced with hot melt impregnation system, using a micro-toughened tetra-functional epoxy resin. 3D-Tech: Proprietary Technology, of CETMA COMPOSITES exclusive know-how, with high pressure, high temperature and high degree...

100% IM7 carbon fibre. The material used is 100 % Carbon Prepreg produced with hot melt impregnation system, using a micro-toughened tetra-functional epoxy resin. 3D-Tech: Proprietary Technology, of CETMA COMPOSITES exclusive know-how, with high pressure, high temperature and high degree...