Injection Molding Materials
Prototool specializes in machining injection molded materials into the plastic parts or plastic products you want. We have more than ten years of experience in processing various injection molding materials such as Thermoplastics(PP, ABS, PE, PS, PC, PET, PA, PMMA, POM), Thermosetting(Epoxy, Phenolic, PU), Elastomers(SBR, TPU, EPDM), Bioplastics( PLA, PHA), composites (GFRP, CFRP) with more than ten years of experience in processing applications.
Powerful Application Capability of Injection Molding Materials
100+ Machines
1500+ Cases
20+ Inspections
30+ Suppliers
What Can Be Made
Automotive Parts
Dashboards, door panels, center consoles, armrests, various trim pieces, bumpers, grilles, fenders, spoilers, mirror housings, headlamp lenses, tail lamp housings, and other lighting fixtures.
Medical Parts
Plunger rods, barrels, caps, catheters, tubing, connectors, forceps, clamps, handles, casings, enclosures, inhalers, insulin pens, auto-injectors, test tube racks, vials, specimen containers
Aerospace Parts
Panels, covers, trays, other cabin interior parts, aircraft fairings, wingtips, radome covers, seat frames, armrests, headrests, ventilation grilles, ducts, various electrical connectors and housings.
Consumer Parts
Components for blenders, coffee makers, vacuum cleaners, washing machines, housings for smartphones, tablets, remote controls, gaming consoles, cases for earphones, chargers, power banks
We Have No Limits
Machining Various Injection Molding Materials
01
Thermoplastics Materials
● PP
● PE
● PS
● PVC
● ABS
● PC
● PET
● PU
● POM
02
Engineering Plastics
● Nylon
● PET
● PC
● PPS
● PEEK
● PSU
● PI
● PEBA
● LCP
● PEI/PC
03
Elastomers & Others
● EPDM
● SBR
● PU
● Silicone
● Rubber
● GFRP
● ABS/PC
● ABS/PA
● ABS/PVC
● PPO/PS
We will help you analyze the materials used in your product
Modified Injection Molding Materials
Injection molding materials are used in a wide range of industrial applications, and their properties can be enhanced by incorporating other materials or additives, known as modified materials. These modifications allow for tailoring the plastics to meet specific performance requirements, making them suitable for diverse applications while maintaining efficiency and cost-effectiveness in the production process.
