With the miniaturization of automobiles, the higher performance of electronic and electrical equipment, and the acceleration of the process of lightweight mechanical equipment, the industrial field has higher requirements and greater demand for nylon materials. Market demand urges nylon as a structural material to develop with rigorous and high requirements regarding its strength, heat resistance, and cold resistance. Therefore, many companies have introduced new carbon fiber reinforced nylon products. The carbon fiber reinforced nylon is made of 15% high-rigidity carbon fiber added to the nylon base material, so that the material has higher modulus, high mechanical strength and high rigidity. The continuous use temperature can be increased up to 150℃, and the strength and toughness have been further improved. , Greatly improve the printing warpage problem, even printing larger size products without warpage. The shrinkage rate and water absorption of this new product are also greatly reduced, the printing accuracy is high, and the product is more wear-resistant.
In a word, the characteristics of this product have more professionally exerted the characteristics of nylon materials, and its performance indexes such as toughness, rigidity, high performance resistance, modulus and so on are higher than conventional nylon wire.
According to reports, it uses nylon as the base material and produces carbon fiber reinforced nylon by adding carbon fiber materials to increase the strength of the material. At the same time, it also reduces the weight of the product and maintains nylon's original wear-resistant, chemical-resistant, and weather-resistant properties.
Four application areas
Carbon fiber reinforced nylon is mainly used in the automobile industry, national defense industry, aerospace and sports products.
1. In the automobile industry, due to the good oil resistance, wear resistance and creep resistance of the material, it can replace traditional metal materials and has the advantage of light weight, such as the manufacture of engine parts, electrical parts and car body parts; its fatigue resistance High performance, can be used in the manufacture of synchronous drive gears for automobile internal combustion engines, etc.;
2. In the national defense industry, it can replace metal materials and is mainly used in the fields of national defense and aerospace, such as the manufacture of missile engine parts, rocket launchers, and rocket tails;
3. In aerospace, since the material itself is lighter than traditional aluminum, it is extremely beneficial to increase the manufacturing speed of manufactured products and save fuel;
4. Stationery and sports goods, which can be used to manufacture thin-walled products, such as helmets, automobile bumpers and robot arms.