Solar Control Coated Glass is a high-performance functional glass engineered to regulate solar radiation through advanced surface coating technologies, including magnetron sputtering and chemical vapor deposition. By utilizing the selective reflection and absorption of visible light, near-infrared light, and ultraviolet rays, this glass significantly reduces solar heat gain and minimizes UV damage to interiors while maintaining optimal natural light transmission.
Designed for modern energy-efficient architecture, our solar control glass balances the critical need for daylighting with strict energy-saving goals. Whether used in high-rise curtain walls or residential windows, the adjustable composite film structure—composed of metals and metal oxides—allows for tailored performance, ranging from high light transmittance with low heat transfer to maximum thermal insulation for extreme climates.
| Coating Technology | Magnetron Sputtering / CVD | Visible Light Transmittance | 30% - 70% (Adjustable) |
|---|---|---|---|
| Infrared Radiation Block | Over 60% Reduction | UV Protection Rate | Over 90% Blockage |
| Coating Composition | Metals & Metal Oxides | Primary Functions | Heat Control & UV Filtering |
| Application Scope | Architectural & Automotive | Thermal Performance | Low-E / High Insulation |
| Available Colors | Blue, Green, Gold, Neutral | Surface Treatment | Composite Multi-layer Film |
Blocks more than 90% of harmful UV rays, effectively delaying the aging and fading of interior furniture, fabrics, and artworks.
Significantly reduces air conditioning loads in summer and preserves indoor heat in winter, meeting green building standards.
Optimizes the indoor light environment by reducing glare and softening natural light to protect the eyes from strain.
Used in outdoor displays and billboards to minimize sunlight reflection, ensuring high image clarity and readability.
Available in various coating colors like gold, blue, and green to enhance the modern architectural appearance of any building.
Engineered for high-speed rail, cruise ships, and automotive use to withstand harsh environments while maintaining performance.
Utilizing advanced magnetron sputtering for uniform coating thickness and superior optical quality.
Strict testing of light transmittance and heat reflection to ensure every sheet meets international standards.
Real-time monitoring of infrared transmission rates to optimize energy-saving performance.
Tailored coating layers to meet specific project requirements for light and heat control.
Specialized packaging for coated glass to prevent surface scratches during global transit.
Commitment to eco-friendly raw materials to support LEED and green building certifications.
| Performance Metric | Ordinary Float Glass | Solar Control Glass |
|---|---|---|
| HVAC Energy Cost | High Consumption | Significantly Reduced |
| UV Protection | Minimal/None | High (90%+) |
| Indoor Comfort | High Heat Gain | Balanced Temperature |
| Interior Lifespan | Rapid Fading | Extended Preservation |
| Building Value | Standard | Premium / Green Certified |
Unlike tinted glass which simply absorbs light, solar control coated glass uses selective coatings to reflect infrared radiation and UV rays while allowing a higher percentage of visible light to pass through.
Yes, it is ideal for residential use to prevent indoor temperatures from rising in summer and to protect furniture from UV damage, enhancing overall living comfort.
By blocking over 60% of solar infrared radiation, it reduces the need for air conditioning during hot months, leading to a measurable drop in energy consumption.
The coating is typically placed on the surface exposed to the sun to reflect heat before it enters the building, although this depends on the specific product design.
Yes, we offer a variety of aesthetic options including blue, green, and gold, which allow architects to match the building's design without compromising thermal performance.
Absolutely. Solar control glass is frequently used as a component in tempered or laminated glass assemblies to add safety and acoustic insulation to the thermal benefits.
