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I. Core Performance Advantages
Heat resistance: HDT (1.8MPa) ≈ 200°C, stable in long-term 120–150°C environments
Rigidity & strength: Higher than unreinforced PA66, with good impact resistance
Dimensional stability: Low molding shrinkage (≈0.5–0.8%), ensuring assembly precision
Surface quality: Less fiber exposure than high-GF grades, suitable for visible exterior/interior parts
Chemical resistance: Resistant to oil, coolant, salt spray, and automotive fluids
Processability: Good flowability, easy to mold complex thin-walled structures
II. Typical Automotive Applications
1. Engine Compartment Components
Engine cover / cylinder head cover trim: Good heat resistance and surface finish
Oil pan gaskets / valve cover seals: Sealing performance and chemical resistance
Sensor housings (temperature/pressure sensors): Dimensional stability and insulation
Wiring harness connectors / terminal blocks: Electrical insulation and heat resistance
2. Interior Components
Door handle bases / lock mechanism housings: Rigidity and wear resistance
Instrument panel (IP) brackets / air vent frames: Dimensional stability and low warpage
Seat adjustment levers / gear shift knobs: Good surface appearance and impact resistance
Steering wheel core components: Heat resistance and fatigue resistance
3. Exterior & Body Components
Side mirror housings / mirror bases: Weather resistance and dimensional stability
Door module brackets / window regulator components: Moderate rigidity and vibration resistance
Fuel filler door hinges / latches: Corrosion resistance and fatigue resistance
4. Thermal & Fluid Management Systems
Coolant reservoir housings / expansion tank brackets: Heat resistance and chemical resistance
HVAC duct connectors / valve housings: Dimensional stability and heat aging resistance
Air intake system resonators / duct clamps: Good flowability and surface quality
5. Electrical & Electronic Components
Battery module housings / fuse box covers: Insulation and heat resistance
Charging port housings (low-voltage): Dimensional stability and impact resistance
ECU (Engine Control Unit) housings: Rigidity and electromagnetic shielding compatibility
III. Key Selection Considerations
Balance of rigidity and toughness: Better impact resistance than PA66+GF30, suitable for parts requiring both strength and toughness
Surface finish: Preferred for visible components due to minimal fiber exposure
Cost efficiency: Lower material cost than high-GF grades while meeting performance requirements
Moisture absorption: PA66 is hygroscopic; pre-drying is required before molding to avoid defects
* The application cases shown may not fully match your target products. Please inform us of your specific requirements, and we will assist you in material selection.
