Inorganic Coatings

Inorganic Coatings: Durable, Breathable Protection in Harmony with Mineral Substrates

Core Technology:

The binder of inorganic coatings is not based on organic polymers (e.g., acrylic, polyurethane) but on naturally occurring silicates (e.g., potassium silicate, silica sol). The film-forming mechanism involves a chemical bonding reaction with mineral substrates (e.g., concrete, plaster), forming a stable —Si—O—Si— network structure. This process, known as silicification, creates a permanent, irreversible integration with the substrate.

Key Advantages:

Exceptional Durability & Longevity: The inorganic matrix offers superior resistance to UV degradation, alkalinity, and acid erosion. It does not chalk, yellow, or degrade over time, boasting a theoretical service life of 20-30 years—3 to 5 times that of conventional latex paints.

Class A Fire Resistance: Composed primarily of non-combustible minerals, these coatings do not emit flammable gases when exposed to fire, significantly enhancing building safety and compliant with Class A fire standards.

Antimicrobial & Moisture-Regulating: The highly alkaline nature (high pH) of the coating inhibits the growth of mold and algae. Its micro-porous structure allows water vapor to pass through, enabling walls to "breathe." This prevents blistering and peeling by releasing trapped moisture while helping to regulate indoor humidity.

Environmental & Health Safety: Sourced from abundant natural materials with low production energy consumption. They emit zero VOCs (Volatile Organic Compounds), eliminating organic solvent pollution at the source.

Ideal Applications:

Ideal for scenarios demanding extreme durability and specific functionalities: historical building restoration, schools, hospitals, tunnels, basements, food processing plants, and residences with the highest environmental and health standards.