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High toughness & impact resistance
Significantly improved notched impact strength, no brittle fracture at low temperature, excellent resistance to repeated bending and fatigue.
Excellent wear & friction performance
Low friction coefficient, high abrasion resistance, long service life under friction and reciprocating motion.
Good rigidity & strength retention
Maintains high mechanical strength while being toughened, with stable load-bearing capacity.
Low warpage & good dimensional stability
Suitable for precision structural parts with tight tolerance requirements.
Heat & aging resistance
Good long-term heat resistance and aging resistance for automotive and industrial environments.
Processability
Good flow, suitable for injection molding of thin-wall, complex structural parts.
2. Typical Modification Systems
Toughening: Toughener (POE‑g‑MAH, EPDM‑g‑MAH)
Wear resistance: PTFE, silicone, molybdenum disulfide (MoS₂), graphite, ultra‑high molecular weight polyethylene
Reinforcement: Glass fiber (optional, for higher rigidity)
Stabilizers: Heat stabilizers, antioxidants, lubricants
3. Main Applications
Automotive
Gears, bearings, bushings
Door lock structures, seat components
Automotive interior friction parts
Cooling system connectors, clips, brackets
Industrial & Mechanical Parts
Wear-resistant sleeves, sliders, guide rails
Transmission gears, silent gears
Pump body internals, impellers
Roller, pulley, conveyor parts
Electronic & Electrical
Housings with drop resistance
Connector housings, terminal blocks
Parts requiring high insulation + impact resistance
Daily Hardware & Tools
Power tool housings
Handles, anti‑drop components
Wear‑resistant moving parts
4. Typical Advantages
Replaces metal and costly engineering plastics
Reduces noise and wear
Improves product durability and service life
Lightweight, corrosion‑resistant, easy to mass produce
