Nylon Series is an important engineering plastic. This product is widely used, almost covering every field, and is the most widely used variety among the five major engineering plastics.

    It has high mechanical strength, rigidity, hardness, toughness, good aging resistance, excellent mechanical vibration damping, good sliding properties, outstanding wear resistance, good machinability, no creep phenomenon when used for precise and effective control, good wear resistance, and good dimensional stability.

    It is widely used in chemical machinery, corrosion-resistant equipment for manufacturing gears and parts. Wear-resistant parts, transmission structural components, household appliance parts, automotive manufacturing parts, screw prevention mechanical parts, chemical machinery parts, chemical equipment, etc.

    ① The market demand for high-strength and high-rigidity nylon is increasing. New reinforcement materials such as inorganic whisker-reinforced and carbon fiber-reinforced PA will become important varieties, mainly used in automotive engine components, mechanical parts, and aerospace equipment parts.

    ② Nylon alloying will become the mainstream of modified engineering plastics development. Nylon alloying is an important way to achieve high performance in nylon and is a primary means of manufacturing specialized nylon materials and improving nylon performance. By blending with other polymers, it can improve nylon's water absorption, enhance the dimensional stability of products, as well as low-temperature brittleness, heat resistance, and wear resistance. Thus, it is suitable for different requirements of vehicle types.

    ③ The manufacturing technology and application of nano nylon will develop rapidly. The advantages of nano nylon are its thermal properties, mechanical properties, flame retardancy, and barrier properties, which are higher than those of pure nylon, while the manufacturing cost is comparable to that of common nylon. Therefore, it has significant competitiveness.

    ④ The demand for flame-retardant nylon used in electronics, electrical appliances, and electrical equipment is increasing, and environmentally friendly flame-retardant nylon is gaining more attention in the market.

    ⑤ Antistatic, conductive nylon, and magnetic nylon will become materials for electronic devices, mining machinery, and textile machinery.

    ⑥ Research and application of processing aids will promote the functionalization and high performance of modified nylon.

    ⑦ The application of comprehensive technology and the refinement of products are driving forces for the development of the industry.