Granular CFRTP

for high-temperature applicationsfor composite materialslow-density

Elevate your manufacturing with our high-performance PA6+CF20% compound, an engineering plastic expertly formulated to deliver an optimal balance of strength, lightweight properties, and cost-efficiency. By reinforcing Nylon 6 with 20% carbon fiber, we've created a material that offers significantly enhanced stiffness and dimensional stability over standard nylon, while retaining excellent processability for high-volume production. - PA6+CF20% carbon fiber reinforced nylon – Infusing high-performance drone fuselages with exceptional rigidity and lightweight properties In the drone industry, where extreme flight performance is paramount, every gram of weight and every ounce of rigidity are crucial. Our PA6+CF20% (20% carbon fiber reinforced nylon 6) is an engineering plastic specifically designed to meet this demand. It surpasses the performance of conventional materials and low-fiber reinforced materials, providing structural solutions for professional and racing drone fuselages. - Why is PA6+CF20% the preferred material for drone fuselages? - High rigidity and lightweight: The 20% high carbon fiber content forms a strong network support within the nylon matrix, resulting in an extremely high specific stiffness (ratio of stiffness to density). Fuselages made with PA6+CF20% possess extremely high structural rigidity while remaining extremely lightweight. It effectively resists deformation caused by aerodynamic loads and motor vibration during flight, providing a stable platform for the flight control system and eliminating a "soft" flight feel, ensuring precise flight attitude, responsiveness, and stable, clear footage. - Excellent Dimensional Stability and Creep Resistance: Extremely low thermal expansion coefficient and moisture absorption, as well as excellent creep resistance under long-term load. The PA6+CF20% body ensures that the relative position of the motor mounting arms and the camera gimbal mounting angle remain virtually unchanged with environmental changes, preventing material deformation that could lead to decreased flight stability and accuracy. It also resists plastic deformation caused by continuous motor vibration even during long-term use. - Excellent Fatigue and Impact Resistance: The material maintains its structural integrity under highly cyclical stress cycles (such as repeated maneuvers and landing shock). PA6+CF20% provides excellent fatigue resistance, extending the lifespan of the fuselage. Its impact resistance is sufficient to withstand typical crashes and forced landings, making it more forgiving than more brittle materials (such as pure carbon fiber composites). - Excellent Processability and Complex Structure Molding Capability: Despite its high fiber content, the optimized and modified PA6+CF20% is still suitable for precision injection molding. Complex, integrated fuselage structures with integrated equipment compartments, cable slots, and mounting holes can be efficiently injection molded in a single step, reducing the number of assembly parts and improving production efficiency and structural integrity. Compared to carbon fiber cloth solutions that require manual lay-up, this significantly reduces manufacturing costs and cycle times. - Application Specificity: PA6+CF20% is not a universal material; it is specifically designed for structural components with extreme requirements for weight, rigidity, and dynamic stability. When your drone design targets professional performance and reliability, the PA6+CF20% fuselage frame can achieve these goals. - Why Choose Our PA6+CF20% Material? - Technological Leadership and Professional Innovation: Specializing in the research and development of carbon fiber reinforced engineering plastics, including PA, PBT, PP, ABS, and PC, continuously innovating to meet the most demanding application requirements. - Superior and Consistent Product Quality: A rigorous ISO quality management system is in place from raw material sourcing to finished product delivery. Every batch of product maintains consistent performance, ensuring the reliability of your products. - Comprehensive Customized Solutions: Not just a supplier, but a solutions partner. Technical support and customized material properties to suit your specific application needs (flowability, strength, heat resistance, etc.). - Reliable Supply Chain and Excellent Service: A robust supply chain ensures on-time delivery. Responsive team provides professional technical support from sample development to mass production. - Key Features / Technical Specifications: - Material: PA6+CF20% (20% carbon fiber reinforced nylon 6) - High specific stiffness and lightweight - Excellent dimensional stability and low thermal expansion - Low moisture absorption - High creep resistance under long-term load - Excellent fatigue and impact resistance - Suitable for precision injection molding - Designed for professional and racing drone fuselages