A66 M1335C Industrial Applications
1. Automotive Industry
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High-Temperature Powertrain Parts: Turbocharger housings, radiator tanks, withstand oil temperatures above 180°C with long-term structural stability.
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Lightweight Metal Replacement: 35% glass fiber reinforcement (tensile strength ≥ 200 MPa) enables replacing aluminum alloy for suspension control arms and engine brackets, reducing weight by over 30% and improving corrosion resistance.
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New Energy Components: Suitable for EV battery module brackets and high-voltage wiring housings, meeting UL94 V0 flame retardancy and precision molding requirements.
2. Electronics & Electrical
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High-Voltage Insulating Parts: 800V charging connectors and wiring harness housings, volume resistivity >10¹⁴ Ω·cm ensure reliable insulation in high-voltage systems.
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Flame-Retardant Precision Parts: Electrical switch housings, mirror brackets certified to FMVSS 302, limiting flame spread risk.
3. Industrial Machinery
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High-Load Transmission Components: Gears, bearings with flexural modulus > 8000 MPa and tensile strength up to 220 MPa reduce long-term wear.
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Chemical Fluid Equipment: Corrosion-resistant pump impellers and valve distributors, compressive strength > 160 MPa for high-pressure transport.
4. Rail Transit & Construction
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Rail Insulation Buffers: Used in gauge stop seats and switch sleeve bearings, impact strength > 55 kJ/m² to cushion stress between rails and sleepers.
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Outdoor Structural Supports: Pipe connectors and brackets with weather resistance and mechanical strength for long-term use in harsh environments.
5. Consumer Goods & Tools
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Power Tool Housings: Balances lightweight and impact resistance (notched impact strength > 50 kJ/m²) for drills, angle grinders.
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Sports Equipment Components: Bicycle pedal brackets, ski bindings designed for high rigidity and durability.
Processing & Modification Recommendations
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Injection Molding: Melt temperature 260-290°C, mold temperature 80-100°C; pre-dry at 80°C for 4-6 hours to control moisture.
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Reinforcement: 35% glass fiber for mechanical strength; carbon fiber can be added to improve wear resistance, suitable for aerospace and heavy industry precision parts.






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