Discover high-performance siloxane waterproofing agent for concrete, providing deep penetration and long-lasting protection against water damage. Ideal for exterior walls, bridges, and more.

Organic Silicon Waterproof Emulsion is a modern, water-based waterproofing material widely used in the construction industry and stone protection projects. With the growing demand for durable and environmentally friendly building materials, Organic Silicon Waterproof Emulsion has become an important solution for protecting structures against moisture damage.

When selecting a waterproofing additive for concrete, mortar, or water-based coatings, methylsiliconates are among the most widely used materials. The two most common types are Potassium Methylsiliconate (PMS) and Sodium Methylsiliconate (SMS).
Although they share a similar chemical backbone, their performance in different applications varies significantly.

Potassium methyl silicate waterproofing agent can penetrate into the tiny pores of exterior wall materials. When it comes into contact with carbon dioxide in the air, it will react to form methyl silicic acid with waterproof properties.

When the hydrogen - containing silicone oil emulsion is used for the surface treatment of ceramics, the hydrogen - containing silicone oil molecules in the emulsion will be directionally arranged during the drying process.

There are many micropores on the surface and inside of stone materials. Potassium methyl silicate waterproofing agent can penetrate into these pores. The methyl silicic acid generated by its reaction inside the stone will combine with the minerals of the stone to form a waterproof network on the surface and inside of the stone.

For concrete building materials, potassium methyl silicate waterproofing agent can significantly improve its waterproof performance. When potassium methyl silicate waterproofing agent is added to the concrete during the pre - casting or post - casting surface treatment, it can penetrate into the concrete and react with the components in the concrete.