Nylon 66 material for machining has improved temperature resistance and lower rates of water absorption when compared to standard nylon 6.

Through carbon fiber reinforcement, can improve the strength of polypropylene materials, thermal deformation temperature and dimensional stability, expand the application of polypropylene materials.

The carbon fiber reinforcement improves strength, impact resistance, and overall structural integrity, making it ideal for critical applications. With excellent thermal stability and chemical resistance, it's well-suited for high-temperature and harsh environments. This lightweight material provides a cost-effective alternative to metals, ensuring reliable long-term performance.

PA6 Long Carbon Fiber Reinforced Composite is a high-performance engineering material composed of a polyamide 6 (PA6) matrix reinforced with long carbon fibers. It delivers outstanding mechanical strength, rigidity, and fatigue resistance, while maintaining excellent dimensional stability and thermal performance. Compared to short fiber counterparts, this composite offers superior load-bearing capability and long-term durability under dynamic stress conditions.

Our long carbon fiber reinforced PA66 material is a high-performance composite designed for demanding industries like automotive, electronics, and power tools. It combines the strong mechanical properties of PA66 with the stiffness of long carbon fibers, offering enhanced durability, dimensional stability, and resistance to fatigue.

LFR-PLA can be processed using conventional plastic processing techniques like injection molding and extrusion, offering good adaptability in manufacturing. It is widely used in industries like automotive, consumer electronics, 3D printing, and eco-friendly packaging due to its combination of high performance and sustainability.

PPS is a high-performance, tough engineering plastic with great dimensional and thermal stability, as well as a wide operating temperature range of up to 260 °C and good chemical resistance. Moreover, PPS, like most other thermoplastics, is an electrical insulator. Its ability to be used at high temperatures coupled with its thermal stability makes PPS great for applications such as semiconductor components in machinery, bearings, and valve seats.