PA66 3201HSL is a high-performance, unreinforced nylon 66 engineering plastic engineered with thermal stability and impact modification. Designed as a general-purpose solution, it combines robust mechanical performance with exceptional processability, making it a versatile choice for diverse industrial applications.
Property | Specification |
Base Material | Nylon 66 (PA66), unreinforced |
Reinforcement | None |
Chemical Resistance | Resistant to acids, alkalis, oils, solvents |
Flowability | Excellent (injection molding grade) |
Core Performance Features
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Superior Mechanical Strength: Boasts high tensile strength and excellent impact resistance, maintaining stability under high-stress and impact-loading conditions. Its high toughness ensures reliability in dynamic operational environments.
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Enhanced Thermal Stability: Performs consistently in elevated temperature scenarios, retaining structural integrity and dimensional stability under heat exposure.
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Broad Chemical Resistance: Resists degradation from acids, alkalis, oils, and a wide range of solvents, ensuring longevity in chemically challenging settings.
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Excellent Processability: Features optimal flow properties for injection molding, adapting seamlessly to complex mold geometries. The material yields a smooth, high-quality surface finish post-molding, ideal for products with strict aesthetic requirements.
Key Advantages
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Cost-Effective Versatility: As an unreinforced material, it delivers exceptional value through lower processing costs and higher molding efficiency, without compromising on performance for general applications.
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Reduced Production Costs: Its premium surface quality eliminates the need for post-molding treatments, streamlining manufacturing workflows.
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Multi-Industry Adaptability: Combines strong thermal stability, reliable electrical insulation, and durable chemical/wear resistance, making it a viable alternative to metal in many scenarios.
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High Toughness: Excels in impact resistance, ensuring durability in demanding operational conditions.
Application Areas
PA66 3201HSL’s balanced performance makes it a preferred material across key industries:
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Automotive: Engine hoods, cylinder head components, and seat structures – leveraging its strength and heat resistance to withstand harsh under-hood and structural demands.
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Electrical & Electronics: Electrical equipment housings, electronic components, and insulating materials – benefiting from its excellent electrical insulation and chemical resistance.
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Mechanical Engineering: Bearings, gears, pulleys, and general mechanical parts – relying on its toughness, wear resistance, and dimensional stability for long-term performance.
