Silicon -soluble film -forming mechanism is similar to potassium silicate, and inorganic coatings volatilize with water during the solidification process. Silicol alcohol dehydration on the surface of silicon -soluble colloidal particles or silicone -based dehydration with polymericate from potassium silicate Polytes to form a solid Si-O-SI key, which then forms a spatial silicon oxygen key network structure coating film; similar to silicate, can also be combined with multi-price metal ions such as calcium and magnesium in the substrate CIT of.
Silicon -soluble particles in silicon -solidarian gums are larger than polyocalilic acid root particles in potassium silicate, and fast solidification speed can quickly solidify to form water -resistant coating, which can significantly improve early water resistance. It is especially suitable for the exterior walls of tropical rain areas. Use.
Due to the great reduction of alkaline metal ions in silicon, the coating film has better water resistance, weather resistance, anti -salt analysis, and color stability. The salt content in silicone solution is very low, weak alkaline, and the impact damage effect on organic polymers and other organic auxiliary agents is smaller than potassium silicate; at the same time, chemicals and weather resistance are better than potassium. The kernel of the particles is a dense SiO2 structure formed by the -SI-O-key. Essence