Coated Glass

Low-E Glass

Thicknesses:3-12mm Hot Size:2140×3660，2140×3300，2440×3660,2440×3300,2440-×3660，1830×2440，Customized size.
Solar Control Coated Glass

Thicknesses:3-12mm Hot Size:2140×3660，2140×3300，2440×3660,2440×3300,2440-×3660，1830×2440，Customized size.
Temperable Mirror Glass

Thicknesses:3-12mm Hot Size:2140×3660，2140×3300，2440×3660,2440×3300,2440-×3660，1830×2440，Customized size.
Holographic Glass

Holographic glass (English name: polyhologlass or hologram-glass) is a brand-new art glass variety. First introduced in Taiwan, China, it belongs to a branch of laminated glass formed by sandwiching a transparent holographic film.
Anti-Reflective Glass

Thicknesses:3-12mm Hot Size:2140×3660，2140×3300，2440×3660,2440×3300,2440-×3660，1830×2440，Customized size.
Display Glass

Display glass refers to specialized glass substrates used in electronic display devices, designed to support visual imaging while ensuring light transmittance, durability, and precisio
One-way Mirror

Thicknesses:3-12mm Hot Size:2140×3660，2140×3300，2440×3660,2440×3300,2440-×3660，1830×2440，Customized size.

Wangmei Group redefines building performance and aesthetics with our premium coated glass series, engineered to deliver superior functionality while meeting the highest industry standards. Our advanced coating technologies transform ordinary glass into smart, high-performance solutions that address the evolving needs of contemporary construction, energy efficiency, and specialized applications.

At the core of our coated glass offerings is Low-E glass, a revolutionary product designed to optimize thermal insulation without compromising natural light transmission. By minimizing heat transfer, this solution significantly reduces energy consumption in buildings while maintaining year-round comfort. For projects requiring enhanced solar management, our Solar Control Low-E glass goes further by selectively filtering infrared radiation, effectively balancing daylight admission with heat rejection - an ideal choice for green buildings in diverse climates.

Beyond energy efficiency, we offer specialized coated glass variants for distinctive applications. Tempered mirror glass combines the safety of tempered glass with high-quality reflective surfaces, perfect for architectural features and interior design elements. Our anti-reflective glass virtually eliminates surface glare and light distortion, making it indispensable for display cases, museum exhibits, and high-end retail environments where visual clarity is paramount.

For cutting-edge applications, our display glass provides exceptional optical properties tailored for digital interfaces and touchscreens, while holographic glass introduces groundbreaking possibilities in decorative and security applications with its dynamic light-diffracting properties.

Each coated glass product undergoes rigorous quality control in our state-of-the-art facilities, ensuring durability, performance consistency, and compliance with international standards. Wangmei Group's coated glass solutions represent the perfect synergy between technological innovation and practical functionality, helping architects and designers realize their vision while achieving sustainability goals. Backed by our extensive industry expertise and commitment to research, we continue to push the boundaries of what coated glass can achieve in modern built environments.

Is Coated Glass on the Inside or Outside?

Coated glass placement depends entirely on its functional purpose. Low-emissivity (Low-E) coatings for thermal insulation typically face the interior space in cold climates (to retain heat) or the exterior in warm regions (to reflect solar radiation). Solar control coatings generally apply to outdoor-facing surfaces to block infrared light before it penetrates the building. Modern double-glazed units often position coatings on interior glass surfaces within the air gap to protect them from weathering while maintaining effectiveness. Proper orientation maximizes energy efficiency, with architects specifying placement based on climate studies and building orientation to optimize performance.

Benefits of Coated Glass

Energy Efficiency

Advanced Low-E coatings on glass significantly reduce heat transfer by reflecting infrared light, helping buildings maintain stable indoor temperatures and dramatically lowering energy consumption for heating and cooling systems.
UV Protection

Specialized solar control coatings block up to 99% of harmful ultraviolet radiation, effectively protecting interior furnishings, artwork, and flooring from sun damage and color fading over time.
Design Flexibility

Available in various reflective, tinted, and neutral finishes, coated glass enables architects to achieve specific aesthetic goals while meeting technical requirements for light transmission and thermal performance.

Where Can Coated Glass Be Used

Coated glass is widely applied in energy-efficient building facades, residential windows, and specialty environments like museums. Its solar control and Low-E properties help regulate indoor temperatures while reducing UV damage.

Commercial Building Facades

Coated glass is extensively used in modern high-rise buildings for its ability to control solar heat gain while maintaining daylight penetration. The advanced Low-E coatings reflect infrared radiation, significantly reducing cooling loads in summer and heating requirements in winter. These energy-efficient properties make coated glass ideal for office towers and shopping malls seeking LEED certification. The coatings can be customized to achieve specific visible light transmittance and solar heat gain coefficients, allowing architects to balance natural lighting with thermal performance.

Residential Windows and Doors

In homes, coated glass enhances comfort by minimizing UV transmission that causes furniture fading while maintaining clear outward visibility. The nearly invisible coatings provide year-round insulation, keeping interiors warm in winter and cool in summer without the need for heavy window treatments. Specialized coatings can also reduce glare on television and computer screens, making them particularly valuable for home offices and entertainment rooms.

Specialty Applications

Museum display cases utilize anti-reflective coated glass to eliminate distracting glare on artifacts while providing 98% light transmission for optimal viewing. Solar panels incorporate conductive coated glass to improve energy collection efficiency. Hospitals use antibacterial coated glass in high-touch areas to maintain hygienic surfaces. The versatility of coating technologies allows customization for virtually any environment requiring enhanced optical, thermal or protective properties.