PP TD30 Talc-Filled Polypropylene
Quick Summary: PP TD30 is a polypropylene compound filled with 30% lamellar talc, engineered for applications requiring higher stiffness, superior dimensional stability, and enhanced thermal rigidity compared with PP TD20. It is widely used in automotive interior and appliance components where flatness, shape retention, and long-term geometric stability are more critical than impact-dominated strength. Why […]
PP TD20 Talc-Filled Polypropylene
Quick Summary: PP TD20 is a polypropylene compound filled with 20% talc, engineered to improve stiffness, heat resistance, and dimensional stability while maintaining low warpage and excellent surface quality. It is widely used in automotive and appliance components where shape control, thermal stability, and cost efficiency matter more than extreme mechanical strength. Why PP TD20 […]
Glass Fiber Reinforced PC – High Rigidity – Dimensional Stability Polycarbonate
Quick Summary: Glass Fiber Reinforced PC is a high-rigidity engineering plastic designed to improve the stiffness, dimensional stability, and load-bearing capability of standard polycarbonate. By incorporating glass fiber reinforcement, this material reduces deformation and creep while retaining PC’s inherent heat resistance and impact strength, making it ideal for structural and precision components in automotive, electrical, […]
Mineral Reinforced PBT–MF Grade
Quick Summary: Mineral-reinforced PBT is a dimensionally stable, low-warpage engineering plastic with high rigidity, excellent surface quality, and stable electrical performance. By adding inorganic mineral fillers (such as talc, calcium carbonate, silicates, etc.) to the PBT matrix, it achieves superior dimensional control, low shrinkage, and consistent mechanical properties. The type and loading of minerals can […]