Product Background
In modern urban architecture, glass curtain walls are a popular choice for building facades due to their sleek and aesthetic appeal. However, dust, pollutants, and contaminants in urban environments easily adhere to glass surfaces, compromising the building's appearance and increasing cleaning costs and safety risks. Addressing this challenge, Buildings Glass Self-cleaning Agent is designed to deliver long-lasting self-cleaning performance through innovative technologies.

Core Technology Principles
Superhydrophobic Structure
A nanoscale coating is applied to create a superhydrophobic surface, enabling water droplets to form spherical shapes and roll off the glass, effectively removing dirt, oil, and other contaminants for a "self-cleaning" effect.
Photocatalytic Decomposition
Photocatalytic materials embedded in the coating continuously break down organic stains (e.g., bird droppings, oil fumes) under natural or artificial light, preventing secondary adhesion of dirt.
Product Advantages
Efficient Self-Cleaning: Restores glass clarity with rainwater or simple manual rinsing, reducing the need for frequent manual cleaning.
Durable & Long-Lasting: The coating bonds tightly with the glass surface, offering strong weather resistance and sustained hydrophobic properties.
Eco-Friendly & Safe: Non-toxic and compliant with green building standards, with a dust-free and pollution-free application process.
Easy Application: Supports spray or roller coating methods, requiring no specialized equipment or professional expertise.
Cost-Effective: Eliminates risks associated with high-altitude work and reduces labor and equipment rental costs.
Usage Instructions
Surface Preparation
Ensure the glass surface is clean, dry, and free of oil, dust, or debris before application.
Coating Application
Spray Method: Apply the agent evenly across the glass surface.
Roller Method: Use a dedicated roller tool for uniform application, controlling coating thickness.
Curing & Maintenance
Allow 24 hours of room-temperature curing (adjustable based on environmental conditions). Avoid touching the surface during this period.
Comparison with Traditional Cleaning Methods
|
Aspect |
Traditional Cleaning |
Buildings Glass Self-cleaning Agent |
|
Cleaning Method |
High-altitude equipment, manual scrubbing |
Rainwater/manual rinsing |
|
Safety |
High risk of high-altitude accidents |
No high-altitude work; safe application |
|
Efficiency |
Time-consuming; requires frequent cleaning |
One-time application; long-lasting effect |
|
Cost |
High equipment rental and labor costs |
Lower application cost; reduced maintenance |
|
Eco-Friendliness |
Potential environmental pollution from chemicals |
Non-toxic; green and sustainable |
Applications
Commercial complexes, office buildings, and hotels
Public facilities (subway stations, airports, stadiums)
High-end residential buildings and villas
Buildings Glass Self-cleaning Agent is specifically engineered for glass curtain walls and architectural glass surfaces, offering superior self-cleaning capabilities. By leveraging advanced nano-photocatalytic technology, it automatically decomposes organic stains (e.g., dust, oil fumes, bird droppings) on glass surfaces under light exposure. Its unique superhydrophobic structure allows water droplets to roll off, carrying away dirt and achieving a "self-cleaning" effect. The agent also boasts excellent weather and abrasion resistance, ensuring long-term clarity, transparency, and aesthetic appeal of glass surfaces.
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