NINGBO INNO PHARMCHEM CO.,LTD. is dedicated to advancing material science for enhanced protection and durability. A key aspect of our product development focuses on creating breathable waterproofing solutions, with our Potassium Methyl Silicate-based treatments leading the way. The concept of 'breathable waterproofing' is critical for maintaining the integrity and appearance of building materials.

Traditional waterproofing methods often create impermeable barriers that prevent both water ingress and vapor egress. While this stops liquid water, it can trap moisture within the substrate. Over time, this trapped moisture can lead to a range of problems, including material degradation, efflorescence, and even structural damage, especially in climates with temperature fluctuations. Our silicone water repellent for ceramics and other porous materials is engineered to provide a different kind of protection.

The technology employed in Potassium Methyl Silicate utilizes its ability to react with atmospheric carbon dioxide. This reaction forms a network of polymethylsilicic acid within the material's pores. This network acts as a highly effective barrier against liquid water, demonstrating excellent anti-seepage treatment for brick and stone. Crucially, however, the structure of this barrier is such that it allows water vapor to pass through freely. This 'breathability' ensures that any moisture vapor that may form within the substrate can escape, preventing the buildup of internal pressure and moisture-related damage. This makes it an ideal chemical for porous materials that need protection without compromising their natural characteristics.

The development of these advanced potassium methylsiliconate applications provides a significant advantage in the field of building preservation. By offering protection that is both waterproof and breathable, these silicone treatments contribute to the long-term health and durability of structures. Whether used on natural stone, concrete, or ceramics, the result is a material that is protected from water damage while maintaining its natural aesthetic and structural integrity. We believe this balance is essential for effective and sustainable material protection.