Characteristics of inorganic coatings

　　Water-based inorganic coatings are water-based building and decorative coatings primarily made from pure natural inorganic mineral raw materials. Their main component is potassium silicate modified by oxidation, and the product structure is a network of multi-spherical molecular composites. The inorganic components in the coating undergo a chemical reaction with the inorganic substances in the substrate to generate new inorganic substances, integrating with the substrate and preventing flaking. The modified potassium silicate is compatible with various inorganic pigments, maintaining the original color while providing a solidifying effect, preventing the coating from fading. Based on these principles, water-based inorganic coatings are naturally environmentally friendly, fire-retardant, weather-resistant, and have superior weather resistance.

I. Environmental Protection: Naturally Burden-Free

　　1. Natural Raw Materials

　　The main components are derived from minerals such as quartz, feldspar, and mica. The production process does not require petrochemical raw materials, reducing reliance on fossil resources.

　　2. Low VOC Emissions

　　No or only a small amount of organic auxiliaries are added. There is no pungent odor during construction, and the content of harmful substances such as formaldehyde and benzene is far below national standards, meeting stringent environmental protection requirements such as French A+, German Blue Angel, and China's Ten-Ring certifications.

　　3. Natural Antibacterial Properties

　　The mineral components themselves have the ability to inhibit the growth of bacteria and fungi (e.g., the alkaline environment of silicates can inhibit microbial reproduction). Some products do not require the addition of chemical bactericides.

　　II. Physical Properties: Strong and Durable

　　1. Superior Adhesion

　　It chemically bonds with mineral substrates such as cement, brick, and gypsum (e.g., potassium silicate reacts with calcium hydroxide in the substrate to form calcium silicate crystals), penetrating into the micropores of the substrate to form a "stone-like layer." Its adhesion far exceeds that of organic coatings, and it is not prone to hollowing or flaking during long-term use.

　　Application Scenarios: Suitable for new and old walls (especially alkaline substrates, such as newly built cement walls), without complex pretreatment.

　　2. Excellent Weather Resistance

　　Anti-aging: The mineral coating is resistant to ultraviolet light and acid-base corrosion. It does not discolor or powder after prolonged exposure to sunlight, and its outdoor lifespan can reach 20-30 years (traditional latex paint is only 5-10 years).

　　High-temperature resistance: Some products can withstand temperatures above 1000℃. They do not burn or release toxic gases when exposed to fire, meeting Class A fire safety standards and are suitable for kitchens, boiler rooms, etc.

　　3. Breathable Permeability

　　A porous structure is formed inside the coating, allowing water vapor inside the wall to diffuse outwards ("breathability"), preventing blistering and mildew caused by water vapor accumulation, while maintaining indoor humidity balance.

　　Application Scenarios: High-humidity environments (such as bathrooms and basements) or places where microclimate regulation is required (such as museums and archives).

　　III. Functionality: Adaptable to Multiple Scenarios

　　1. Fire-retardant

　　Inorganic materials themselves are non-combustible. When exposed to fire, they only undergo physical carbonization without producing smoke or toxic gases, meeting fire safety regulations and are widely used in public buildings such as schools, hospitals, and shopping malls.

　　2. Anti-static and Electromagnetic Shielding

　　The mineral coating has a certain conductivity, which can reduce static electricity adsorption of dust and has a certain shielding effect on electromagnetic radiation, suitable for special spaces such as laboratories and computer rooms.

　　3. Color Stability

　　Inorganic pigments (such as iron oxide and chromium oxide) are used. Although the color saturation is lower than that of organic coatings, the light resistance is extremely strong, and it does not fade easily after long-term exposure to sunlight, suitable for exterior walls or scenarios where long-term color retention is required (such as the restoration of ancient buildings).

　　IV. Construction and Maintenance: Convenient and Low-cost

　　1. Strong Substrate Adaptability

　　It can be directly used on alkaline walls with a pH value ≤13 (traditional latex paint requires an alkali-resistant primer). New walls do not require long-term curing, saving construction time and cost.

　　Good compatibility with old coatings. It can directly cover old walls such as cement and lime mortar without complete removal.

　　2. Low Maintenance Cost

　　Damaged coatings can be repaired locally, and the repaired color is basically consistent with the original wall (color difference is easy to occur when repairing organic coatings). Surface stains can be wiped with water or a soft cloth, without frequent recoating.

　　V. Limitations and Application Suggestions

　　1. Limited Color Richness

　　The color spectrum of inorganic pigments is relatively narrow, and the brightness and gloss are lower than those of organic coatings. It is more suitable for elegant and natural styles (such as Wabi-sabi and industrial styles).

　　2. High Construction Temperature Requirements

　　Construction is required above 5℃. The film-forming speed is slow in low-temperature environments. Northern winter construction conditions should be noted.

　　3. Higher Price

　　The raw material and process costs are higher than those of traditional latex paint. It is suitable for projects with sufficient budget and emphasis on long-term performance (such as high-end residential buildings and public buildings).