Further information:
Kareen Reißmann
Saxon Textile Research Institute (STFI), Chemnitz

E-Mail: kareen.reissmann@stfi.de
Tel: +49 371 5274-197 Fax: +49 371 5274-153
www.stfi.de

Industry sectors

20. May 2016

Recyclable bio based composites for automotive industry and sliver from reprocessed carbon staple fibres for lightweight structures

The Saxon Textile Research Institute (STFI) presented its innovations at joint booth “Sachsen live“ of the Sächsische Wirtschaftsförderung during JEC World 2016 in Paris. Resource efficiency was in the spot of STFI‘s presentation. In addition to recyclable bio based composites for automotive industry the institute showed its latest concepts on recycling of carbon fibres. Furthermore, textile spacer fabrics used as sandwich core with excellent 3D-drapability and high energy absorption during crash were presented. 



Recyclable bio based composites for automotive industry
The reycling of composites made of different materials is a challenge especially for automotive industry. An approach is the use of pure/unmixed materials. In the project BIOFIBROCAR nine European research partners aim to substitute polyester and polypropylene fibres currently applied in car interior by PLA fibres. Special additives lead to defined improvements of properties like abrasion resistance, light fastness or flame retardancy which are of great importance with respect to the materials parameter required by the car industry. PLA fibres with specifically adjusted melting points allow furthermore an application of technologies generally used in the production of moulded components.



Sliver from reprocessed carbon staple fibres for lightweight structures
The rapidly increasing use of carbon fibre reinforced plastics (CFRP) in lightweight structures is leading to a wide range of production waste. To reprocess and recycle such kind of waste, nonwovens made of recycled carbon staple fibers and processed by carding technology have been successfully developed at STFI. First research results included the formation of a web from 100 % carbon fibre or blends with other staple fibers and a subsequent inline bonding of the textile fabrics.