At present, the construction of external wall insulation fire board materials on the market is mainly divided into organic and inorganic. In general, organic material is in good temperature, the fireproof board is relatively low, but the fire prevention performance is obvious, such as polyurethane, EPS, and the combustion performance is lower than B2, and it is necessary to add a flame retardant material to reach B2. Inorganic materials such as rock cotton, foam glass are one of the main causes of fireproof board prices. The compatibility of the flame retardant and the matrix resin is generally poor, affecting the amount of filling and flame retardant effect. Thus, the polymer compound such as a group-containing group is a flame retardant, compatible with the resin, good product performance, and the flame retardant effect. Early studies on asphalt flame retardant at home and abroad, such as flame retardant mineral fibers, inorganic flame retardants, halogen flame retardants and expandable flame retardants, can be incorporated into the asphalt mixture, and functions. The modification of the asphalt mixture cannot only consider the flame retardant effect, dispersing effect, and related pavement performance. In general, flame retardants should increase their dispersibility by surface modification. The reasonable amount of dosage is around 10%, which will affect the daily use of the road. Zhangzhou Cable Fire Squash Purchase Wholesale Price and other fields have also promoted the rapid development of my country's flame retardants and fire extinguishing agents. my country's flame retardants have developed into a second largest polymeric material modified additive second only to the plasticizer. In recent years, the production and consumption situation of my country's flame retardants has continued to develop, and my country's flame retardant consumption has increased dramatically. After the vigorous development of the 1980s, the production and application of flame retardants mainly came from two aspects: electronic appliances and automotive markets. [2]. The production and consumption of inorganic flame retardants is still less, but the development momentum is good, the market potential is large. Although the halogen flame retardant commonly used in the flame retardant has other flame retardant series. The flame retardant research in today's world is moving toward the halogen-free chemistry. In the future, some halogen flame retardants will exit the historical stage, and the new green flame retardant will become a hot spot in the future. As a representative of inorganic flame retardants, it has the advantages of good thermal stability, no volatile, no precipitation, no gas, no pollution, and play an increasingly important role in fireproof materials. The flame retardant system material is the core of fire-resistant coatings, and its performance has a great impact on the performance of fire-resistant coatings. Flame retardants have both inorganic and organic, and inorganic flame retardants are mainly added, including ruthenium flame retardant LD>Hexaphenoxycyclotriphospazene factory Hexaphenoxycyclotriphosphazene manufacturer  hydroxide ld>. The flame retardancy of the football field artificial turf is basically added a flame retardant to the regeneration of flame retardant properties.Flame retardant HPCTP supplier  In general, from the end of the final addition, it is basically controlled between 10% and 20%. Flame retardants do not have adverse effects on the characteristics of the artificial lawn or the quality of other products. They should pay special attention to such a histamine, compatibility itself is relatively better. From the final dispersion of some artificial turf, the third flame retardant is basically environmentally friendly and is not possible to release more harmful substances. Depending on the method of use, it can be divided into additive and reactive types. Adding flame retardants are mixed with plastic during plastic processing, mainly for thermoplastic. The reaction flame retardant is a single chemical bond to the polymer molecular chain during the polymer synthesis, mainly for thermoset plastics, and some reaction flame retardants can also be used as the addition of a flame retardant. Further, there is a triplet (dibromoopropyl) ester, halogencyclohexane, and a substance thereof. Inorganic flame retardants include hydroxy aluminum, magnesium hydroxide, borate, and the like. Triazine and other organic nitrogen flame retardants such as melamine are not ideally used, but the phosphorus flame retardant can be used together. There are two composite flame retardants, one is a composite flame retardant mixed by a mechanical equipment; the other is a compound containing nitrogen phosphorus. The former, such as melamine and polyphosphate flame retardant, urea is a phosphate flame retardant; the latter, such as phosphate melamine, cyclophosphamide polymer, and the like. If you need to build a water floor, please contact us. Adopting new technologies, new processes, existing PP flame retardants themselves, increasing flame retardancy, is a practical and effective new flame retardant development method. Some new flame retardants under existing flame retardifications have also achieved good integrated effects in flame retardant PP, have a certain development prospect such as nano-inorganic flame retardant, laminate and carbon nanotubes. Become a front-end product for the development of PP flame retardant materials. When the flame retardant is heated to some extent, it starts dehydration, absorbs heat and evaporate H2O, thereby reducing the temperature of the combustible material, diluting the concentration of the combustible gas vaporizing the gas, forming an oxide isolation layer on the surface of the combustible material, thereby The purpose of achieving flame retardation.

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