When using aluminum hydroxide filler as a flame retardant, you need to have a certain understanding of all aspects. In other words, aluminum hydroxide filler as a flame retardant, I hope to help you understand this aspect.aluminum hydroxideThe key to the success of the filler industry lies in whether it can firmly lock and grasp the new demand and promote the structure of the company's products. Only under the guidance of structural changes and transformation and upgrading of suppliers can control seize the market in a new round of competition.

Temperature Pairaluminum hydroxideThe crystal structure of the filler has a great influence. With the increase of temperature, the crystal surface tension of aluminum hydroxide filler becomes smaller and smaller, the surface between the interfaces can gradually disappear, the agglomeration phenomenon between particles is improved, and the dispersion is better. In addition, as the temperature increases, the regularity of the particles becomes better and better, and the hexagonal structure becomes more and more regular. As the temperature increases, the particle size of the aluminum hydroxide filler becomes larger and larger, which is completely in line with the science of crystal growth. In addition, it was also found in the test that the viscosity of the slurry before hydrothermal treatment was relatively high and difficult to filter. After hydrothermal, as the hydrothermal temperature increases, the viscosity of the material decreases, and the filtration time will be greatly shortened.

I'm sure you all know something. This is one aspect that has a major impact on usage. Then, whenaluminum hydroxideWhen the filler is used as a flame retardant, other aspects should be analyzed to avoid unknown situations that affect your use.