SGL TECHNOLOGIES GMBH

Our SIGRATEX textile materials form the ideal basis for the production of high-quality fiber-reinforced plastics. They are suitable for a wide variety of processing technologies such as prepreg production, wet lamination, infusion, wet pressing, and RTM and they open up new possibilities in the serial production of fiber-reinforced components. SIGRATEX textile materials make composite materials extremely light, strong and stiff. Extensive product portfolio We offer an extensive portfolio of high-quality non-crimp fabrics, woven fabrics, woven tapes, non-wovens, and stacks based on carbon, glass, and aramid fibers. We have the right material for your application.

SIGRATEX non-crimp fabrics (NFC) are high-quality textile reinforcing materials that we produce for our customers from our SIGRAFIL 50k carbon fiber or from glass fibers. Our portfolio includes uni- and multiaxial fabrics, which we offer in various fiber orientations, areal weights, widths, and stitching types.

In our weaving facility, we produce a wide range of SIGRATEX woven fabrics and tapes. We use 1k, 3k, 6k, 12k, and 24k carbon fiber tows as the material basis. In hybrid woven fabrics, we also process glass and aramid fibers.

Based on carbon and glass fibers, we produce isotropic non-wovens with different fiber orientations and lengths. The non-wovens are made of 100% recycled materials.

With SIGRATEX stacks we offer a further process step on the way to the component. Stacks consist of individual single textile layers placed and fixed on another. The structures and contours of the stack are customer-tailored to individual component geometries and requirements.

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.