1. Toxic small biological experiments show that the halogen-based flame retardants have a toxicity index 5 times that of nitrogen-based flame retardants for materials that achieve the same flame-retardant performance. Low smoke, second only to metal-based inorganic flame retardant fillers, especially the low density of smoke in the early stage of the fire, which gives people the opportunity to escape and facilitates the rescue work in the early stage of the fire.

2. High flame retardant efficiency Through the ignition time and exothermic rate of halide, metal oxide, phosphate flame retardant, inorganic hydrate, hydroxyl compound, boride, silicate, carbonate compound, nitrogen-containing compound The tests show that nitrogen-based flame retardants have the highest efficiency.

3. Low corrosiveness The gas generated by the nitrogen-containing compounds during combustion is very corrosive and will not cause great corrosion to electrical products. Experiments have shown that electrical wires or electrical devices treated with nitrogen flame retardant can continue to be used after fire.

4. No conflict with light stabilizers in materials. Nitrogen-based flame retardants do not have radicals that easily generate free radicals like halides, so they do not consume light stabilizers in some materials.

5. High thermal decomposition temperature does not need to worry about the material decomposing flame retardant during processing, which will cause flame retardant failure. The material can still maintain good mechanical properties and flame retardancy when extruded through a multi-effect extruder.

6. Environmentally friendly waste will not cause environmental pollution.

The production and application of Guangdong flame retardants have experienced steady development after experiencing vigorous development in the early 1980s. With the development of China's synthetic material industry and the continuous expansion of application fields, flame retardants have broad market prospects in various fields such as chemical building materials, electronics, transportation, aerospace, daily furniture, interior decoration, clothing, food, lodging and other fields. In addition, coal fields, oil fields, forest fire extinguishing and other fields have also promoted China's rapid development of flame retardant and fire extinguishing agent production. China's flame retardant has developed into the second largest polymer material modification additive after plasticizers.