Innovative man-made fibre development from lab to pilot scale
A German university offers processes for corporate research in the field of innovative man-made fibres. They cover the whole process chain from polymers to prototypes or products from lab to pilot scale. Outstanding is the pilot high temperature bicomponent spin line which also allows spinning of bicomponent fibres from high temperature polymers. Partners are sought from industry and university for commercial agreement with technical assistance, technical and research co-operation agreements.
Industry (contract research) and research consortia from industry and research institutes (contribution to national and European research projects) Area of activity of partner: Textile producer, Textile mechanical engineer, composite producer, smart industry, additive producer Tasks to be performed: contract research along the whole man-made fibre process chain, fibre up scaling into industrial scale The instute is able and experienced to become a coordinator of EU projects. The institute is open for agreements related to comercial agreements with technical assitstance, research cooperation and technical cooperation agreements.
Man-made fibres made of different polymers, especially from high temperature polymers, can be used for high tech materials like textiles for clothing and for high performance applications as well as for reinforced materials. Especially the development of high performance fibres requires special equipment and know-how. The department “man-made fibres” of a German university possesses this equipment and know-how to develop functional fibres, reinforcing fibres and new technologies regarding fibre formation, analytics and processing. The scientists and engineers investigate new compounds from all kinds of polymers, blends and additives to address the customers' needs. The institute offers the whole research value chain for the development of new textiles. That conducts - material testing (e.g. polymer analytics (thermal, chemical), small angle x-ray diffraction (SAXD) analysis, - preparation of materials before spinning: drying, compounding, filling and blending - feasibility studies of spinability, process development (e.g. efficiency analysis), investigation of parameters for compounding and fibre production according to desired fibre properties - simulation (including computational fluid dynamics), process monitoring (high speed video, particle image velocimetry (PIV)) - melt spinning (monofilament, multifilament, bicomponent, shaped fibres) of convenient (e.g. PP, PE, PA, PAN) and high temperature polymers (e.g. PEEK, PES) as well as glass and basalt ceramic fibre spinning, fibre stabilization and carbonization -upscaling of fibre spinning processes from lab scale to pilot scale Selected examples of innovative, outstanding research are: development of fibres from biopolymers, spinning of fibres from CO2, development of aerogel fibres from cellulose (e.g. aerospace application), development of fibres with electrically conductive and/or sensory properties (e.g. health and condition monitoring). Partners from research and industry are sought for commercial agreement with technical assistance as well as for technical and research co-operation agreements and contribution to national and european research projects.
Advantages and innovations
• Research and development along the whole fibre and textile process chain from lab to pilot scale (Micro Extrusion Unit 10 g/h throughput < 200 m/min. winding speed up to Bicomponent, High-Temp. Spinning Line 30 kg/h throughput and 6000 m/min winding speed) • Competitive lead by development of highly innovative fibres and processes (melt and solution spinning, monofilament, multifilament, bicomponent spinning) • Experience in testing of fibre materials (microscopy, thermal analysis, Capillary Rheometer, Wide Angle X-Ray Diffraction (WAXD), Karl-Fischer-Titration) as well as fibres and textiles • Fast and flexible production and prototype preparation development of man-made fibres and textiles (experienced in rapid prototyping) • In contrast to other textile institutes they can cover with their know-how and labs the whole textile chain from compound to the fabric or to light weight construction composite
Under development/lab tested
Intellectual Property Rights (IPR)
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