Objective 1. 1. A PP-film and a special sized glass fibre, which satisfy the requirements for PP Split-Warpknit textile structures, have been developed;2. 2. A PETP film and a compatible glass fibre, which satisfy the requirements for PETP Split-Warpknit textile structures, have been selected;3. 3. An Aramide/PEI weft insertion warp knitted textile structure has been developed;4. 4. The techniques for splitting, stretching and producing warp beams have been developed, based on the "bobbins" technology;5. 5. Existing knitting equipment and knitting technologies have been adapted to produce uni-axial and bi-axial Split-Warpknits in an efficient and economical way. Multi-axial Split-Warpknits are under development;6. 6. The cost-efficiency of the Split-Warpknits can be increased considerably for long running structures by using the FSSB- or ISO-system;7. 7. Preferably, the Split-Warpknits should be pre-consolidated to be used in the standard GMT-process;8. 8. The industrial feasibility of the QUIKTEMP process has been proven on a demonstrator part (Upper Washer Spring Seat);9. 9. The vibrational technique can improve processing, but seems to be beneficial only in special cases with suitable geometry and tool design;10. 10. With the Split-Warpknits mechanical properties comparable to Twintex can be achieved, at lower cost;11. 11. Different industrial demonstrator parts have been produced. The findings and results obtained during the entire research and development period are a valuable basis for further, specific development tailored to certain applications, within the sector of long-fibre reinforced thermoplastic textile structures.The industrial objectives of this research programme is the development of a thermoplastic preimpregnated textile structure, based on the split-film technology and the knitting technique, and the development of adequate processing techniques for mass production application (cycle time less than 2 minutes) and for high-end applications.This research programme will result in a new class of composite materials which will be cost-effective to Woven Thermoplastic Fabrics, and which will have a higher performance/weight ratios than GMT, SMC, and similar materials.To develop the split-film co-knitted thermoplastic composites, the following major research tasks have to be completed :a. selection of material and development of a good coupling between fibre and matrix; b. the transformation of the raw material to a thermoplastic pre impregnated structure; c. development of a cost-effective processing technique, based on a good matrix-forming (wettability, fibre-polymer coupling), for short cycle time process-mass production and for high-performance moulding. d. design and fabrication of test-products for both production methods.Performance/weight ratio in the order of 5 to 7 times the ratio of GMT and considerable cost-saving compared to existing woven fabrics (about 25%) are forecast.The economical opportunities are :- mass production : automotive industry; - high-end applications : machine equipment, sport and leisure, communication and aerospace. Fields of science engineering and technologymaterials engineeringcompositesengineering and technologymechanical engineeringvehicle engineeringautomotive engineeringengineering and technologymaterials engineeringtextilesnatural sciencesmathematicspure mathematicsgeometry Programme(s) FP3-BRITE/EURAM 2 - Specific programme (EEC) of research and technological development in the field of industrial and materials technologies, 1990-1994 Topic(s) 1.3.3 - Polymers and polymer matrix composites Call for proposal Data not available Funding Scheme CSC - Cost-sharing contracts Coordinator KARL MAYER TEXTILMASCHINENFABRIK GmbH EU contribution No data Address BRUHLSTRAßE 25 63179 OBERTSHAUSEN Germany See on map Total cost No data Participants (19) Sort alphabetically Sort by EU Contribution Expand all Collapse all ASGLAWO GMBH Germany EU contribution No data Address See on map Total cost No data BREMEN SA Spain EU contribution No data Address BARRIO ATELA 6 48100 MUNGUIA See on map Total cost No data ENGTEX AB Sweden EU contribution No data Address BOX 83 565 22 MULLSJO See on map Total cost No data GENERAL ELECTRIC PLASTICS Netherlands EU contribution No data Address PLASTICSLAAN 1 4600 AM BERGEN OP ZOOM See on map Total cost No data IM-TECH INTERNATIONAL GmbH Germany EU contribution No data Address AUF DEN HOHEN 14 2830 BASSUM See on map Total cost No data INST OF TECHNOLOGY LUND Sweden EU contribution No data Address P.O. BOX 118 22100 LUND See on map Total cost No data IPA NV Belgium EU contribution No data Address ZOOMSTRAAT 6 9160 LOKEREN See on map Total cost No data Institut für Polymerforschung Dresden eV Germany EU contribution No data Address Hohestraße 6 01069 Dresden See on map Total cost No data KUL Belgium EU contribution No data Address DE CROYLAAN 2 3001 LEUVEN - HEVERLEE See on map Total cost No data LVD COMPANY NV Belgium EU contribution No data Address NIJVERHEIDSLAAN 2 8560 GULLEGEM See on map Total cost No data MILLMASTERS NV Belgium EU contribution No data Address ESPERANTO LAAN 1 3001 HAASRODE See on map Total cost No data PRO ENG CO AB Sweden EU contribution No data Address VANGAVAEGEN 19 240 10 DALBY See on map Total cost No data SAAB ERICSSON SPACE AB Sweden EU contribution No data Address 40515 GOTEBORG See on map Total cost No data SATURN NV Belgium EU contribution No data Address AMBACHTENSTRAAT 60 8870 IZEGEM See on map Total cost No data SWEDISH INST FOR TEXTILE RESEARCH Sweden EU contribution No data Address BOX 5402 402 29 GOTEBORG See on map Total cost No data SYSTEM DEVELOPMENT AND ENGINEERING Belgium EU contribution No data Address AARSCHOTSESTEENWEG 38 3012 LEUVEN See on map Total cost No data TUHH-Technologie-GmbH Germany EU contribution No data Address Eißendorfer Straße 38 21073 Hamburg See on map Total cost No data VOLVO CAR CORPORATION Sweden EU contribution No data Address OLOFSTROEM 29380 OLOEFSTROM See on map Total cost No data Webster Mouldings Ltd United Kingdom EU contribution No data Address See on map Total cost No data