Carbon fibre laminates - Import export

  S-Ply® is a glass-fibre composite material that is suitable for the highest dynamic requirements. The load carrying and supporting material is a strictly parallel-orientated, non-woven, glass- or carbon-fibre laminate (UD-prepregnated).     The glass-fibres are not stretched and not bent. In contrast to metallic materials with an isotropic structure, they are direction dependent and therefore can be aligned to suit the material structure. Epoxy resin compounds are used as binding agents. Their special balanced composition ensures high adhesive to the glass fibre surface, resulting in optimum dynamic and electrical properties. The ratio of matrix resin and reinforcement fibres has been chosen to profit from all the benefits offered by the raw materials selected to form the composite material.  The matrix fulfils a number of important tasks. It provides fixing for the fibre in the desired arrangement and supports it against buckling when under compressive stress. In addition, it has g

The heating element (carbon fiber laminated into a film) is located at the bottom (inside the lower surface) of the boot. The heating element is placed between two layers of felt. The heated boot helps you to keep your feet warm and dry. The product can be used for bare feet and in socks. Infrared radiation has a positive effect on human health.

Material:Carbon fiber Processing type: CNC milling

With our CNC-fiber laying technlogy we can manufacture carbon preforms up to 2500x2000mm. That way producing composite parts in large dimensions will not be a problem. The usage of different fibers (carbon, glass and aramid) is possible too. Please contact us.

For high-tech applications requiring high strength and stiffness combined with light weight, SIGRAFIL continuous carbon fiber tows are indispensable. They form the basis for high-performance composite materials such as textiles and prepregs, as well as components made of carbon fiber-reinforced plastic (CFRP). Carbon fibers are used in the automotive industry, in aerospace, in wind turbines, but also in sports equipment or mechanical engineering. By applying different types of sizing, the carbon fibers can be optimally matched to different matrix systems.