Flame Retardant Cable

The burning of wires and cables is caused by external heating to produce flammable gas. To achieve the purpose of flame retardancy, the three elements that cause combustion must be suppressed, namely: flammable gas, heat and oxygen. Therefore, the method generally used for flame-retardant wires and cables is to add halogen-containing halides and metal oxides to materials such as insulation, sheath, and filling. From the perspective of flame retardancy, this is an excellent method. However, Because these materials contain halides, they release a large amount of smoke and hydrogen halide gas when burned. Therefore, the visibility during fire is low, which greatly hinders the safe evacuation and fire fighting of personnel, and people are more toxic. The gas suffocated and died.

In addition, once the hydrogen halide gas reacts with water in the air, “hydrohalide acid” is generated, which severely corrodes equipment, buildings, and causes secondary disasters.

At present, with the continuous improvement of the level of science and technology, the B-day burning problem has been further developed from the halogen flame retardant in the past to the low halogen and halogen-free flame retardant. Qinglan uses low-smoke, halogen-free, Halogen-free polymer materials with high decomposition temperature and good mechanical properties. Since the cable does not contain halides and metal oxides, it will not produce harmful gases and a large amount of smoke during combustion, and there is no possibility of causing secondary disasters, and It also has good mechanical and electrical properties, meets the requirements of the use of cables, and completely changes the shortcomings of the previous flame-retardant cables.