Carbon fibres - Import export

With our CNC-fiber-laying technology we can realize very complex shapes and forms for lightweight-solutions in different kinds of industries like aircraft, automotive and leisure. Please contact us!

Carbon is a composite material and differs significantly from quasiisotropic materials like steel or aluminium. As with glass fibrereinforced plastics, the material properties depend on the direction. With a density of approx. 1.6 g/cm³, the material is very light, while maintaining good rigidity and vibration behaviour. If you want to increase the rigidity of a GRP component, it is often sufficient to use a blend of glass and carbon fibres.

We offer antistatic brushes with carbon fibre or stainless steel yarn. The stainless steel yarn consists of stainless chrome-nickel-molybdenum steel. The fine stainless steel filaments are twisted to a yarn. This yarn has high resistance to abrasion, even when subjected to continuous mechanical load. The standard type AB10 is available from stock. Carbon fibres are excellent conductors, thanks to the high proportion of carbon which they contain. The variable distance between the tufts make carbon-fibre strip brushes the ideal choice for difficult static removal applications. The excellent conductivity of these brushes can also be used to allow voltages to be applied to the surface of workpieces. The standard type AB20 is available from stock.

S-Ply® is the registered name for composite leaf springs that are manufactured by Prause Durotec. The reinforcing material has a strictly parallel-oriented, non-interlaced glass or carbon fibre structure. The fibres are neither pre-stretched nor 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 adhesion 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 of 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 good load carrying and transmissio

The tensiometers of the DCAT series are measuring instruments for force-based investigation of surface and interface properties. Because of the compact and modular product design of the DCAT series, a bespoke combination of device and accessories can be found for any use case. The DCAT 25SF single-fibre tensiometer contains a high-precision weighing system with a resolution of up to 0.1 μg. This enables measurements even on single carbon or glass fibres. Measurements can be carried out at defined humidity and at temperatures between -15 °C and 135 °C. In addition is it possible to investigate the viscoelasticity of monolayers. Furthermore, concentration series for determining the critical micelle concentration (CMC) can be automatically generated and measured. Measurements: - surface and interfacial tension - liquid density - dynamic contact angles - surface energy of solids - determination of the CMC - surface pressure - viscoelasticity of monolayers

The perfect machine to quickly and automatically return the winding material remaining on the spools to the recycling process. The spools do not suffer any damage and can therefore be used over a long period of time. Device details: ▪ Enables up to 24 braiding spools to be unwound at the same time ▪ Appropriate spools: ▫ Diameter of mandrel 23 mm (standard version) ▫ Spool outer diameter up to 100 mm ▫ Other spools with different inner and outer diameters possible ▪ Suitable for different winding materials, e.g. metal wire, plastic, natural, glass and carbon fibres

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.