Home / News / Innovative TIXPREF Composite Fabrics to improve efficiency of manufacture

Innovative TIXPREF Composite Fabrics to improve efficiency of manufacture

28 Jun '12
3 min read

The need to reduce cycle time in order to lower cost in composites manufacturing is critical. Victrex Polymer Solutions, a world leader in polyaryletherketones and Tissa Glasweberei AG, a recognised pioneer in continuous fibreglass weaving techniques, have co-developed innovative composite fabrics to be marketed under Tissa's brand name TIXPREF™. These fabrics are made out of unidirectional tapes formed from S2-glass* or carbon fibres that have been fully impregnated with high performance VICTREX® PEEK polymer. These TIXPREF composite fabrics assist customers in drastically reducing the cycle time, up to 50 % (and even more for thin walled parts), required for press forming of the fabrics into composite parts.

Tissa's TIXPREF's offer numerous advantages, including excellent mechanical properties that result from the high fibre content of up to 65 %. Being thermoplastic in nature, the TIXPREF fabrics have a higher damage tolerance when compared to thermoset-based fabrics, high fatigue strength and stiffness, and excellent integration of the fibre with the matrix, resulting in a longer lifetime for the composite part, plus a reduction in its structural weight. The fabrics are easy and safe to handle, thus well suited for automated processes and out-of-autoclave manufacturing methods.

"These characteristics exploit the outstanding performance properties of VICTREX PEEK polymer," said Albert Vodermayer, European Composites Market Leader at Victrex Polymer Solutions. "They include a service temperature of up to 260°C (500°F), high resistance to harsh chemicals and solvents, and exceptional wear resistance, to provide superior mechanical properties under both static and dynamic load conditions. Further, Tissa fabrics are environmentally friendly since VICTREX PEEK polymer is solvent-free and recyclable and being thermoplastic in nature they can be stored at ambient temperature eliminating the need for expensive cooling and storage costs."

Following a positive client response to first samples, Tissa has now gone one step further and developed non-crimp fabrics (NCFs), again utilising VICTREX PEEK polymer. Non-crimp fabrics are constructed with two sets of fibres, to prevent undulation of the reinforcing fibres. In the case of TIXPREF, this means the tapes are positioned straight in the fabric, and this allows maximum stiffness of the consolidated part. Tissa's flexible production techniques allow multiple combinations of fibres and matrices. The resulting composite fabrics are tailored for use in aerospace, and in industrial and medical applications that do not have complex shaped parts, such as flat structures and panels. By heating the prepregs and press forming for two to three minutes, a panel thickness of only 2 mm is possible. However, the use of specialised moulds enables production of sophisticated parts with strips or inserts, or both.

Samples are available, and Tissa is actively working with OEMs, designers and parts and mould manufacturers to replace metals and thermosets with composite fabrics made with VICTREX PEEK polymer, in a broad range of applications.

Victrex Polymer Solutions helps customers and end users achieve the greatest possible benefit from the use of its high performance materials to achieve cost effective, reliable solutions for long-life applications of today and in the future. All of this, backed by more than 30 years of experience, makes Victrex the only company in the world that can offer this level of specialised support. Victrex Polymer Solutions is the sole manufacturer and supplier of VICTREX PEEK polymer worldwide.

Tissa Glasweberei AG

Leave your Comments

New Company for Production and Sales of Spunbonded Nonwovens in China
New Company for Production and Sales of Spunbonded Nonwovens in China
Teijin and Tokyo Institute of Technology Develop Extra-Conductive Carbon Nanofiber
Teijin and Tokyo Institute of Technology Develop Extra-Conductive Carbon Nanofiber

Follow us