PA66 M2325A

1. Automotive Industry

• High-Temperature Components: Used in turbocharger housings, radiator tanks, and other engine parts; withstand oil temperatures above 180°C. Glass fiber reinforced grades achieve tensile strength ≥180 MPa.

• Lightweight Assemblies: Replace aluminum alloy in body brackets and suspension control arms. With 30%-35% glass fiber reinforcement, weight reduction exceeds 30% while maintaining high rigidity.

• New Energy Systems: Suitable for battery brackets and high-voltage wiring harness clamps, offering chemical resistance and dimensional stability to reduce overall vehicle energy consumption.

2. Electronics & Electrical

• High-Voltage Connectors: Ultra-pure grades for 800V EV charging ports and wiring systems; volume resistivity >10¹⁴ Ω·cm ensures insulation reliability under extreme conditions.

• Flame-Retardant Parts: V0 flame retardant suitable for switch housings and mirror shells; FMVSS 302 certified to suppress flame spread risk.

• Precision Connectors: Microencapsulated red phosphorus flame retardants enhance long-term stability, ideal for electronic connectors and transformer frames; smooth surface finish and easy molding.

3. Industrial Machinery Manufacturing

• Wear-Resistant Transmission Parts: Gears, bearings for high-load applications; 30% glass fiber reinforced grade with tensile strength ~200 MPa and flexural modulus >8000 MPa reduces friction losses.

• Fluid System Components: High-pressure pump impellers and valve distributors; chemically resistant with compressive strength >150 MPa, suitable for long-term chemical processing.

4. Other Industrial Applications

• Rail Transit: Used in insulated rail switch sleeves and track gauge supports; impact toughness >80 kJ/m² after toughening modification to buffer track stress.

• Consumer Goods: Tool housings and sports equipment gears balancing lightweight design and mechanical performance.

Processing and Modification Recommendations

• Injection Molding: Melt temperature 260–290°C, mold temperature 80–100°C, drying at 80–100°C for 4–6 hours to control moisture.

• Reinforcement: Add 30%-50% glass fiber or mineral fillers to improve mechanical strength and dimensional stability; flame retardant modification advised with microencapsulated red phosphorus technology.