Building Glass Coating

In modern urban architecture, glass curtain walls have become a hallmark of aesthetic design due to their transparent and lightweight appearance. However, airborne dust, pollutants, and harmful substances (such as grime, oil stains, and bird droppings) easily adhere to glass surfaces, compromising building aesthetics while driving up cleaning costs and posing safety risks in high-altitude maintenance. To address this industry challenge, Building Glass Coating was developed, leveraging nanotechnology and photocatalytic technology to endow glass surfaces with dual capabilities of "self-cleaning" and "self-protection."

Advanced Nanotechnology

Principle: Utilizes nano-scale coating technology to create micro-scale convex structures on glass surfaces, achieving a water contact angle exceeding 150° and mimicking the "lotus leaf effect."

Effect: Water droplets roll off in spherical shapes during rainfall or simple water rinsing, carrying away dust, oil stains, and other contaminants without manual wiping.

Natural Photocatalytic Technology

Principle: Embedded titanium dioxide (TiO₂) and other photocatalytic materials in the coating activate electron-hole pairs under natural or LED light, decomposing organic pollutants (e.g., bird droppings, oil fumes, algae).

Effect: Continuously breaks down bird droppings and other contaminants, preventing dust re-adhesion and maintaining long-term glass clarity.

Self-Cleaning

Restores glass transparency with rainwater rinsing, reducing manual cleaning frequency.

Durable Protection

Molecular-level bonding between the coating and glass ensures strong weather resistance, UV protection, acid rain corrosion resistance, and sustained hydrophobic performance for over 5 years.

Eco-Friendly

Non-toxic and harmless, with zero dust or secondary pollution during application.

User-Friendly Application

Supports spraying, rolling, and other methods, requiring no specialized equipment.

Cost Optimization

Eliminates high-altitude work risks, reducing labor, equipment rental, and insurance costs.

Surface Preparation

Clean the glass surface to ensure it is free of oil stains, dust, and residual coatings.

Coating Application

Spraying Method: Evenly spray the coating onto the glass surface.

Rolling Method: Use a dedicated roller tool, applying two coats for optimal results.

Curing and Maintenance

Cure at room temperature for 8 hours (extend to 12 hours in low-temperature environments); avoid touching or exposing to rain during curing.

Building Glass Coating redefines traditional glass cleaning by integrating "nano-protection" and "photocatalytic decomposition," granting glass surfaces intelligent self-cleaning capabilities. Whether it's the natural clarity after rainfall or enduring transparency under sunlight, the product embodies the perfect fusion of technology and aesthetics. Choose Building Glass Coating to keep building facades perpetually pristine, crafting timeless landscapes in the urban skyline.

Hot Tags: building glass coating, China building glass coating manufacturers, suppliers, factory, Plastic Surface Self cleaning Agent, Buildings Glass Cleaning Agent, Paint Surface Self cleaning Agent, Metal Surface Anti corrosion and Self Cleaning Agent, Exterior Wall Cleaning Agent, Self cleaning and Anti adhesion Agent