POM COMPOUNDING · MATERIAL SUPPORTPOM COMPOUNDING

Modified POM Manufacturer for Precision Molded Parts

With modified POM at our core and a portfolio extending to PA6, PA66 and PPA, we provide high-performance engineering plastics solutions for wear resistance, low friction, reinforcement, conductivity and antistatic performance, helping customers move new ideas toward production.

Products

Black carbon-fiber-reinforced POM pellets for engineering injection-molded parts.
Carbon Fiber Reinforced POM

PLATFORM® POM

POM combines well-balanced mechanical properties with wear resistance, self-lubrication and dimensional stability. It was first commercialized to replace machinery components such as gears, screws and bearings that had traditionally been made of metal. Today, its applications range from everyday goods such as zippers and toothbrushes to automotive components including door locks and latches, seat-belt locking mechanisms and fuel-system parts. PLATFORM® takes this proven material further through modification—engineered for parts that cannot afford inconsistency, and for manufacturers who expect precision to hold from the first trial to full-scale production.

APPLICATION-LED SUPPORT

Decisions Built Around the Part

We connect part requirements with material candidates, trial evidence and a workable route to production.

  • Cross-Functional Review

    Commercial, technical and production teams assess performance targets, processing conditions and supply needs together.

  • Evidence Before Scale-Up

    Samples, small trial lots and molding feedback help compare candidate materials before a production decision.

  • Practical Formulation Assessment

    If an existing grade does not fit, we assess whether a formulation adjustment is technically appropriate and feasible to produce.

  1. Define the Need

    Clarify part function, service conditions and processing constraints.

  2. Select Candidates

    Shortlist grades that fit the application and trial scope.

  3. Validate & Scale

    Test, review results and prepare the selected material for production.

Manufacturing & Validation

Modified compounds are produced on in-house twin-screw lines and evaluated using internal test equipment. Available technical, batch and compliance documents are confirmed by grade and project.

Twin-screw extrusion lines at the Taiyi Polymer manufacturing site in Yancheng.
Yancheng manufacturing site · twin-screw extrusion workshop
Annual Compound Capacity
60,000metric tons/year
In-House Twin-Screw Lines
15lines
In-House Test Equipment
32units

Project Documents

TDS, SDS, COA, REACH and RoHS availability is confirmed by grade and project.

TDS
Technical data
SDS
Safety and handling
COA
Batch test results
REACH
Substance compliance
RoHS
Restricted substances
Request Project Documents

Quality-Management System Certificates

View all certificates and certified scopes
International Project Support

Material documentation and export-delivery coordination are available for international projects.

Application Review

Share Your Part Requirements

Useful starting points

  • Part function and movement mode
  • Mold status and processing constraints
  • Priority performance targets
  • Current material, failure evidence and timing
Discuss Your Application