| · |
The economics of TEPEX® in industrial production processes have
been demonstrated |
| · |
The absence of manual processes in the production of TEPEX®
semi-finished products and in the production of components results
in highly consistent quality throughout the entire production process |
| · |
Materials easy to process by insert-moulding, boosting design freedom |
| · |
TEPEX® materials can be welded |
| · |
End products cost less than with conventional phenol and epoxy systems |
| · |
TEPEX® materials are supplied complete with a QS certificate |
| · |
The process is ISO 9001-2000 certified |
| · |
Formed into components in extremely short cycle times (between 15
and 60 s, depending on component thickness) |
| · |
Straightforward to process at relatively low temperatures |
| · |
Materials can be stored at ambient temperatures instead of at -180
C |
| · |
Material reformable after moulding (TPU) |
| · |
Outstanding mechanical properties |
| · |
Wide variety of finishes possible |
| · |
Materials are adapted to the requirements of the applications |
| · |
TEPEX® materials are tougher than thermoset composites, offering
much better energy absorption in crash |
| · |
Wide range of reinforcing options available off the shelf |
| · |
The woven fabric is draped rather than applied in pre-cut form to
a product being shaped |
| · |
Excellent fatigue resistance |
| · |
Waste material is recycled in full |
| · |
No use of solvents during processing |
