There is no environmental stress cracking problem. According to different division criteria, flame retardants can be divided into the following categories: 1. The flame retardant can be divided into a brine flame retardant, a phosphorus flame retardant, a nitrogen flame retardant, a phosphate flame retardant, a phosphorus nitrogen flame retardant, and the like. During the pyrolysis process, the brine flame retardant decomposes CHX and HX that captures and delivers combustion free radicals. HX can dilute the combustible gas generated during the cracking process, separating combustible gas and air. Main business: R & D, production and sales of rubber and plastic additives such as phosphate flame retardants. Main Product Name: Flame retardant, tin salt, silicone oil, amine, spherical silica powder, LNG insulation composite, LDS equipment, electronic special gases, semiconductor chemical materials. Therefore, it is more advocated to use flame retardant wire and cable to prevent electrical fire. At present, there are more commonly used flame retardant wire and cable, simple production, low cost. Under the conditions of bundle, the cable is burned, and the spread of the flame in the necessary boundary can be controlled to avoid strong disasters caused by the spread of wire and cable fire.Flame Retardant HPCTP factory  Quanzhou flame retardant plywood increases the fire prevention level of the entire cable line. Key flame retardants include phosphate, aluminum hydroxide, trioxide, zinc borate, barium borate, chlorinated wax, red phosphorus, etc. Rubber products, including hoses in the conveyor belt and common facilities used in the mining industry. Simple rubber is a very flammable substance, so all rubber products must contain flame retardants. Some neoprene may release a large amount of hydrogen chloride gas in the combustion process, which makes the fire more dangerous. Magnesium hydroxide can absorb toxic gases, with good inhibition effects, with excellent flame retardancy. The wood adsorption flame retardant solution is dissolved from a high concentration to a low concentration, then adsorbed to a high concentration, then dissolved to a low concentration, thereby reducing the dry salt content of wood adsorbing the flame retardant solution. However, if the flame retardant is used, it is first possible to prevent the addition of raw water during flame retardation. Second, the concentration of the flame retardant fluid in the flame retardant can not fluctuate from high to low, third, can save energy. If water is still inevitably in this process, the prepared flame retardant should be added. This directly affects the absorption rate and absorption of wood dry salts, thereby affecting the flame retardant effect. According to the order of the flame retardant, water, loading wood, launching the flame retardant, the wood starts absorbing the standard concentration of flame retardant to avoid the excessive absorption process of the flame retardant from a low concentration to normal concentration, and improve flame retardant performance. If the enterprise has conditions, the flame retardant can be made into a specified concentration of flame retardant, then added to the flame retardant tank, and the quality of flame retardant will be better. At present, the world's annual demand for flame retardant products exceeds 2 million tons, mainly for fire prevention of plastic materials. Unlike those ancient original flame retardants wrapped in the outer layer of raw materials, modern flame retardants can be mixed with raw materials and bind them in the form of chemical bonds. Common flame retardants are divided into inorganic / mineral flame retardants and halogenated flame retardants, wherein the halogenated flame retardant effect is better. However, the halogenated flame retardant has a negative impact on health and the environment. They can precipitate from the material to the indoor dust and then sucked into the respiratory tract. The halogenated flame retardant has a PBT characteristic: But most of them are harmless products. Therefore, due to the environmental issues of individual products, there is no scientific basis for a large class of products. In addition, based on any chemical, including flame retardants, there may be unrecognized risks. Large flame retardant manufacturers also actively produce existing non-stone bags, produced by psychogenic LD agents. Widely made of light, and the positive magnesium should be warest in the field.HPCTP supplier  Which environment-friendly flame retardant is good | Huachang Chemical (Online Consultation) | Flame Retardant is provided by Fuyang Huachang Chemical Co., Ltd. Which is good | Huachang Chemical (Online Consultation) | Flame Retardant is Fuyang Huawei Changcai Co.Hexaphenoxycyclotriphosphazene manufacturer , Ltd. () has been upgraded this year. The above pictures are for reference only. Please call the contact phone on this page or image to get new information. Contact: Manager Tang. Under high temperature conditions, the flame retardant has a strong heat absorption reaction, absorbs partial heat of combustion release, reduces the temperature of the flammable surface, effectively inhibiting the production of combustion gas, preventing the spread of combustion. The resulting toxic gases are again harmful to people's health. The metal hydroxide flame retardant refers to a flame retardant containing Al (OH) 3EMG (OH) 2 or other hydroxide. These additives absorb the dehydration at temperatures above 200 ° C and take away the heat generated. The oxide produced by dehydration forms a rugged flame retardant barrier on the surface of the material, which acts as a role of insulation protection, thereby reducing the combustion speed. E prevents the flame spread, reaching the purpose of suppressing combustion, does not produce felt, and the concentration of burning smoke is low, it is an ideal flame retardant additive. NBR-PVC but cyanide is a polar material. Adding a hydroxide flame retardant will greatly reduce the physical and chemical properties of the material, improve the waste rate, and cannot be continuously produced. In addition, domestic rubber-plastic materials manufacturers are affected by production costs, and their pressure-resistant capacity has been clearly improved in domestic and foreign standards.

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