Improved Optical Performance: Coated glass significantly improves the optical performance of glass, such as increasing light transmittance, reducing reflectivity, and adjusting spectral distribution. For example, low-emissivity (Low-E) coated glass reflects most infrared radiation while maintaining high visible light transmittance, thus ensuring sufficient indoor lighting while effectively reducing air conditioning energy consumption.
Energy Saving and Environmental Protection: Coated glass improves the thermal insulation performance of buildings by reducing heat transfer, thereby reducing energy consumption. This is of great significance to the current global advocacy of energy conservation, emission reduction, and green building concepts.
Enhanced Durability: The coating protects the glass surface from external environmental factors such as ultraviolet rays, moisture, and chemicals, thus extending the glass's lifespan. Some coated glasses also have self-cleaning functions, reducing the frequency and cost of cleaning and maintenance.
Enhanced Aesthetics: Coated glass can give the glass surface rich colors and gloss, enhancing the overall aesthetics of buildings. By selecting different coating materials and processes, various visual effects can be achieved, such as mirror effects, frosted effects, and colored effects.
Multifunctionality: Coated glass can also achieve multiple functions according to specific needs, such as bulletproof, explosion-proof, fireproof, and sound insulation. These functions make coated glass widely used in special occasions and high-end buildings.
