Long carbon fiber Reinforced Polyamide (nylon) PA66

Xiamen LFT composite plastic CO.,ltd specializes in the production and sales of Long carbon fiber Reinforced Polyamide (nylon) PA66 typical application range of automotive parts, mechanical parts, electrical and electronic products, engineering accessories and other products.

Long carbon fiber Reinforced Polyamide (nylon) PA66, a kind of long fiber reinforced thermoplastic, is Long Fiber reinforced Thermoplastics, compared to conventional fiber reinforced thermoplastics. typically, fiber lengths in fiber reinforced thermoplastics are less than 1 mm, while in LFT, The length of The fiber is generally more than 2 mm. The current processing technology has been able to maintain the fiber length in the LFT above 5 mm.

PA6 and PA66 were invented by the famous chemical company in the United States, DuPont's famous chemist Carothers and his research team. It is the most important engineering plastic. The product is widely used in almost every field and is the most widely used of the five engineering plastics. Good aging resistance, good mechanical damping capacity, good slidability, excellent wear resistance, good machinability, good precision control, no creep, good anti-wear performance and good dimensional stability. Modified nylon is a type of engineering plastics, which is a granular product formed by changing the physical properties of nylon raw materials.

Long carbon fiber Reinforced Polyamide (nylon) PA66 is modified according to the different needs of domestic and foreign customers.

Modified nylon generally includes: reinforced nylon, toughened nylon, wear-resistant nylon, halogen-free flame retardant nylon, conductive nylon, flame retardant nylon, and the like. Long carbon fiber Reinforced Polyamide (nylon) PA66 is a modified toughened nylon modified material. Modification of Long carbon fiber Reinforced Polyamide (nylon) PA66 composite improves mechanical strength, stiffness and hardness and wear resistance of the composite. As the load, speed and operating temperature increase, the coefficient of friction of PA6 PA66 decreases and the extent of friction under the fibers is small. In general, the long carbon fiber is better than the shorter fiber for the mechanical wear resistance of PA6 PA66. Especially at high load and working temperature, the performance of Long carbon fiber Reinforced Polyamide (nylon) PA66 is much stronger than that of the longer carbon fiber. Short carbon fiber PA6 PA66.