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 |
SULFONE POLYMERS
A family of engineering thermoplastic resins characterized by the sulfone group. Polysulfone is made by the reaction of the disodium salt of bisphenol with 4,4'- dichlorodiphenyl sulfone. These resins are heat-resistant plastics can be molded to tight tolerances and exhibit low creep under a sustained load at elevated temperatures and have excellent oxidation resistance and compressive strength.
Typical Applications:
Electrical and electronic applications and automotive parts.
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