Thermoplastic Composites
Xenia Materials thermoplastic composites are the result of a scientific approach that aims to maximize their properties combining polymer bases, fibers and functional additives to satisfy the most challenging market requirements.
As well as its product portfolio which suits a variety of applications and market requests, Xenia Materials‘ strength lies in the customisation and the rapid fulfilment of customer’s specific needs.
XECARB®
Thermoplastic composites reinforced Carbon Fiber
XECARB® thermoplastic composites stand for the family of products that uses the carbon fiber as a reinforcement in combination with the properties of the different thermoplastic bases.
XECARB® HM
Thermoplastic composites reinforced High-Modulus Carbon Fiber
XECARB® HM thermoplastic composites stand for the family of products that through the high-modulus carbon fiber reinforcement, achieves extraordinary mechanical features.
XECARB® SL
Super-light thermoplastic composites reinforced Carbon Fiber
XECARB® SL thermoplastic composites represent the product family of super light structural compounds reinforced carbon fibre. XECARB® SL thermoplastic composites are the perfect bond between lightness and mechanical properties.
XECARB® ST
Supertough thermoplastic composites reinforced Carbon Fiber
XECARB® ST thermoplastic composites represent the product family of supertough reinforced carbon fiber compounds which combines advanced lightweighting benefits with superior impact strength.
XELIGHT™
Ultra-light thermoplastic composites
XELIGHT™ thermoplastic composites represent the product family of ultra-light structural compounds developed on Pebax®.
XEBRID™
Thermoplastic composites reinforced Carbon and Glass Fiber
XEBRID™ thermoplastic composites stand for the family of products reinforced with carbon fibers and glass fibers in order to provide the materials with the features of each reinforcement.
XEGLASS™
Thermoplastic composites reinforced Glass Fiber
XEGLASS™ thermoplastic composites stand for the family of products highly reinforced with glass fiber on technical bases.