ATH application is wide, not only for flame retardation, but also used for smoking and reduction of corrosive gases in materials; it can not only be used alone, but often use with other flame retardants. ATH is an excellent flame retardant material for elastomers, thermosetting resins and thermoplastics, also widely used to produce styrene-butadiene latex of flame retardant carpets for production of flame retardant insulated rubber cables, insulation foam plastics , Conveyor belt, ceiling and hose. For bathroom equipment, decorative walls, all kinds of cover, car cover, seat, truck parts, etc., electronic components include insulators, circuit boards, construction equipment, etc. Nanohydroxide can also be used in engineering plastic aviation materials. The binder is added to the liquid, and the flame retardant is attached to the fabric. The hydrothermal heat treatment of magnesium hydroxide is a chemical reaction of a certain pressure and a period of time between the boiling point and the supercritical temperature. A large amount of latent heat is collected in the flame to reduce the surface temperature of the synthetic material, inhibit the decomposition and production of the polymer. Company Profile: Founded in 1915, the Tokyo Electrochemical Industry Research So the Ancient River Unintended Certain Company is mainly produced by electrolytic caustic base. At present, the company is mainly chemicals and food additives, which are world-leading flame retardants and stabilizers suppliers. (2) Selection of flame retardants. Flame retardant is another key component of fire blockage material, which has a great impact on the fire heat insulation performance of the blockage material. The selected flame retardant must cooperate with other ingredients in the blocking material, so that the blockage material has good physical and chemical properties, forming a dense heat insulating layer in the fire, has a good heat insulating effect. Magnesium hydroxide as a flame retardant starts late in my country, and the level of understanding and publicity is not enough. Many chemical industries such as rubber, plastics have not been widely used, and sales prices are also important factors affecting their application and development.Tristolyl Phosphate manufacturer  For the United States, Japan, Western Europe, the annual consumption of magnesium hydroxide retains the annual growth rate, so the trend of continuous growth in the short term will not have much change, which also reflects like China.Plasticizer TCP factory  Thus production and application of polymers, the development prospects of halogen-free magnesium hydroxide flame retardants are broad. Itself can have a certain amount of flame retardant group and foam group, then add a small amount of flame retardant, foam, and carbon source to form a fire system, while fireproof coating pigments, antimony, titanium, mica and asbestos, because These pigments have high-volume efficiency, which is also conducive to fire prevention, with ruthenium to infrared reflexibility. However, due to its internal bubble well structure, the air flow is high, resulting in high combustion rate and is not easy to self-extinguish. Therefore, in order to meet the requirements of fire protection norms in my country's architectural design, XPS must add flame retardants in the construction of the building exterior. The flame retardants currently used include three categories: inorganic systems, organic phosphorus systems and organic brine systems. The performance, flame retardation efficiency, environmentality and advantages of these three flame retardants are as follows: Flame retardant: At present, main organic and inorganic, halogen and non-halogen. Flame retardant ingredients: organic flame retardants are some flame retardants represented by bromine, nitrogen, red phosphorus and compounds. Inorganic is mainly a flame retardant system such as bismuth oxide, magnesium hydroxide, aluminum hydroxide, silicon system. ** Yes: Do not dissolve in normal processing and use, no melting, the processing ** is different from the synthetic polymer; the wood molecules contain the like group, the moisture absorption is strong, the size is poor; except for exit The bromine flame retardant containing easy rot, easy chemical degradation, including aliphatic, alicyclic, aliphatic. Such flame retardant flame retardant efficiency is a chlorine-flame retardant, which is relatively small, and has little effect on the mechanical properties of the composite material, which can significantly reduce the content of hydrogen halide in the gas. Moreover, this flame retardant is good, even if the condition is bad, there is no phenomenon. As early as in this century, people have developed various flame retardants.Flame Retardant TCP supplier 

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