Granular PA 6

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What is PA66 CF30 Composites? PA 66 + 30% Carbon Fiber Reinforced Engineering Compound PA66 CF30 Composites This advanced high-performance polyamide 66 material incorporates 30% carbon fiber reinforcement, delivering superior rigidity and exceptional flexural strength characteristics. Compared to conventional glass fiber-reinforced PA 6.6 composites, this carbon fiber-enhanced formulation demonstrates an enhanced strength-to-weight ratio while maintaining excellent dimensional stability. The composite's anisotropic reinforcement pattern and enhanced creep resistance enable its use in critical applications where traditional metal alloys would compromise weight efficiency. Its optimized fiber-matrix interface ensures consistent performance across temperature variations from -40°C to 120°C, maintaining structural integrity under cyclic loading conditions. Technical data sheet - Physical - Density: ASTM D-792, g/cm3, 1.28 - Molding Shrinkage: ASTM D-955, %, 0.1-0.25 - Water Absorption: ASTM D-570, %, 0.45 - Mechanical - Tensile Strength: ASTM D-638, MPa, 210 - Flexural Strength: ASTM D-790, MPa, 296 - Flexural modulus: ASTM D-790, MPa, 11500 - Elongation at break: ASTM D-638, %, 0.9 - Izod Notched Impact Strength, +23°C: ASTM D-256, J/m, 125 - Thermal - Melting Temperature: ASTM D-3418, °C, 263 - Deflection Temperature 1.8 Mpa: ASTM D-648, °C, 250 - Flammability - Flame Retardant: -, HB - Processing Conditions - Drying Temperature: 80°C - Drying time: 4-8 hr - Maximum Moisture Content: <0.1% - Melt Temperature: 280-300°C - Mold Temperature: 80-120°C The applications - Automotive Engineering Applications - Structural lightweight components for weight-sensitive assemblies - High-stress load-bearing systems requiring fatigue resistance - Engine compartment applications demanding thermal stability - Sports & Performance Equipment - High-load sports gear requiring optimized mass-to-strength parameters - Technical components for professional athletic apparatus - Impact-resistant leisure equipment with precision tolerance requirements - Industrial Technical Applications - Robotics components requiring stiffness and vibration damping - Automated system parts needing wear resistance - Structural elements for portable technical devices - UAV fuselage parts - Light weight and high strength Quality assurance - Conducting raw material inspections before production. - Performing individual component checks before assembly. - Implementing in-process quality checks during production. - Executing a random final inspection before delivery. Technical Specifications: - Material: PA66 + 30% Carbon Fiber - Color: Black - Grade: Injection molding/extrusion - Density: 1.28 g/cm3 - Molding Shrinkage: 0.1-0.25% - Water Absorption: 0.45% - Tensile Strength: 210 MPa - Flexural Strength: 296 MPa - Flexural Modulus: 11500 MPa - Elongation at break: 0.9% - Izod Notched Impact Strength (+23°C): 125 J/m - Melting Temperature: 263°C - Deflection Temperature (1.8 MPa): 250°C - Flame Retardant: HB - Drying Temperature: 80°C - Drying Time: 4-8 hr - Maximum Moisture Content: <0.1% - Melt Temperature: 280-300°C - Mold Temperature: 80-120°C