Xenia

XEBRID™ thermoplastic composites family represents the range of products reinforced with carbon fibers and glass fibers which provide the materials with the features of each reinforcement. Therefore, they feature the lightness and the stiffness found in the carbon fiber, together with the mechanical and physical characteristics of the glass fiber.

XECARB® thermoplastic composites family represents the range of products that achieve the highest mechanical features, together with low density and electrical conductivity, by using the carbon fiber as a reinforcement in combination with the thermoplastic composites family represents the range of products properties of the different thermoplastic bases.

XECARB® HM thermoplastic composites stand for the family of products that through the high-modulus carbon fiber reinforcement, achieves extraordinary mechanical features.

XEGLASS™ thermoplastic composites family represents the range of products highly reinforced with glass fiber on technical bases. Due to their stiffness and mechanical resistance, XEGLASS™ thermoplastic composites are used for specific structural applications which withstand stress and creep, maintaining great impact features. In spite of the high fiber content, the optimization during the production phase allows an easy processability with the most common transformation technologies.

XECARB® SL thermoplastic composites represent the product family of super light structural compounds reinforced carbon fiber. XECARB® SL thermoplastic composites are the perfect bond between lightness and mechanical properties.

XECARB® ST thermoplastic composites represent the product family of supertough reinforced carbon fiber compounds which combines advanced lightweighting benefits with superior impact strength.

XELIGHT™ thermoplastic composites represent the product family of ultra-light structural compounds lightened and developed on Pebax®. The XELIGHT™ grades find their application in the sport system world, where exceptional lightness and great flexibility are required always maintaining their excellent impact strength and mechanical features, also at low temperatures.