Nylon is an engineering plastic that is widely used in automobiles, electrical appliances, electronics, equipment, machinery, and communications. Flame retardant is a chemical additive that improves the combustion performance. It is widely used in various flammable materials. After the flame retardant is processed, it can prevent or even stop the spread of flame. So what happens when these two substances meet?

        Before the flame retardant is added, the flame retardancy of nylon is not good, and it is easy to cause fire. In order to reduce the frequency of such things, and for our safety and health, we should modify the nylon again. At present, the most widely used nylon flame retardants are halogen-free flame retardants containing red phosphorus and melamine salts. Among them, red phosphorus has the advantage of high flame retardancy and the disadvantage of storage limitations; the advantages of melamine salts are The flame retardant speed is fast, the disadvantage is the lack of thermal stability. Therefore, we should cleverly use the synergistic effect of flame retardants. The combination of multiple flame retardants can not only improve the flame retardant performance of nylon, but also control the amount of flame retardants, thereby reducing the cost of investment.