PA66 3150HSL is a high-performance engineering plastic built on polyamide 66 (PA66), reinforced with 50% glass fiber. Engineered for high-strength and heavy-load applications, it features exceptional long-term heat aging resistance, making it a reliable solution for demanding industrial environments.
Property | Specification |
Base Material | Polyamide 66 (PA66) |
Glass Fiber Content | 50% |
Processability | Suitable for injection molding |
Surface Finish | Superior, high-quality |
Core Properties & Advantages
This advanced material stands out with a unique combination of mechanical robustness and thermal stability, ideal for metal replacement scenarios across key industries:
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Superior Mechanical Performance: Boasts exceptional stiffness, high tensile strength, and reliable impact resistance, ensuring structural integrity under intense loads.
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Long-Term Thermal Stability: Maintains consistent performance even in prolonged high-temperature environments, critical for heat-exposed components.
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Dimensional Precision: Exhibits excellent dimensional stability and a low coefficient of thermal expansion, guaranteeing accuracy in complex assemblies.
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Broad Chemical Resistance: Resists corrosion from coolants, fuels, lubricating oils, and other industrial media, enhancing service life in harsh conditions.
Application Scenarios
PA66 3150HSL is tailored for high-performance structural components in extreme operating environments, with standout applications in:
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Automotive Industry: Shock brackets, under-hood components (exposed to engine heat), and structural parts requiring heat and load resistance.
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Industrial Equipment: Components for hot water circulation systems and heavy-duty machinery parts.
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Electrical & Electronics: Housings for high-performance electronics, where heat resistance and dimensional stability are paramount.
Processing Benefits
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Injection Molding Compatibility: Well-suited for injection molding processes, supporting complex product designs with precision.
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Enhanced Productivity: Delivers superior surface finishes and enables shorter production cycles, reducing manufacturing costs while boosting efficiency.
