Engineering Specifications
| Â Â PLASTIC MOLDING |
|---|
 ► Insert Molding |
|  ► Injection Molding |
|  ► Injection Compression Molding |
|  ► Rotary Injection Molding |
|  ► Shuttle Injection Molding |
|  ► Transfer Molding |
|  ► Compression Molding |
| Â Â PLASTIC MATERIALS |
|---|
 ► Acetal |
|  ► Acrylics |
|  ► Acrylonitrile-butadiene Styrene (Abs) |
|  ► Alkyds |
|  ► BMC (Bulk Molding Compound) |
|  ► Diallyl Phthalate (Dap) |
|  ► Epoxy |
|  ► Melamine-formaldehyde |
|  ► Nylon |
|  ► Phenolic |
|  ► Polyamide-imide |
|  ► Polyarylates |
|  ► Polybutylene |
|  ► Polycarbonate |
|  ► Polyethylene |
|  ► Polyimides |
|  ► Polyketones |
|  ► Polyphenylene Oxide, Modified |
|  ► Polyphenylene Sulfide |
|  ► Polypropylene |
|  ► Polystyrene |
|  ► SMC (Sheet Molding Compound) |
|  ► Styrene Acrylonitrile |
|  ► Sulfone Polymers |
|  ► Thermoplastic Polyester (Saturated) |
|  ► Thermoset Polyester |
|  ► Urea-formaldehyde |
POLYIMIDES
Thermoset polyimides are produced in condensation polymers that possess reactive terminal groups capable of subsequent cross-linking through an addition reaction. They are known for thermal stability, good chemical resistance, excellent mechanical properties, and exhibit very low creep and high tensile strength. Polyimides are also inherently resistant to flame combustion and do not usually need to be mixed with flame retardants. Most carry a UL rating of VTM-0.
Typical Applications:
Electronics, medical tubing, adhesives, gears, covers, bushings, piston rings, and valve seats.
Have any questions about materials and capabilities?
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