Our premium Color Reflective Glass is a high-performance architectural solution designed to merge modern aesthetics with superior energy efficiency. Utilizing advanced vacuum magnetron sputtering technology, metallic oxides are deposited onto the glass surface to create a sophisticated reflective finish that significantly reduces solar heat gain while maintaining a contemporary visual appeal.
Available in a diverse spectrum of colors—including dark green (emerald), light blue, gold, and silver—this glass is engineered for versatility. Whether used in towering urban facades or high-end interior partitions, it provides the perfect balance of privacy, light control, and thermal insulation, making it an essential choice for sustainable modern construction.
| Available Colors | Light/Dark Blue, Light/Dark Green, Brown, Bronze, Gray, Black, Gold, Silver | Standard Thickness | 4mm, 5mm, 6mm |
|---|---|---|---|
| Production Process | Vacuum Sputtering / Magnetron Sputtering | Max Dimensions | 2440mm 3660mm |
| Common Sizes | 18302440, 21403300, 21403660, 21401650, 22503300, 22503660 | Substrate Type | Clear Glass or Tinted Glass |
| Key Metric 1 | Visible Light Transmission (VLT) | Key Metric 2 | Solar Reflectance |
| Key Metric 3 | U-Value (Thermal Insulation) | Key Metric 4 | Color Rendering Index (CRI) |
High solar reflectance reduces interior heat gain, lowering energy costs for air conditioning in hot climates.
Optimized U-values provide superior thermal insulation, keeping interiors warm in winter and cool in summer.
The sputtering process ensures a uniform, vibrant metallic color that enhances any building's visual profile.
Precisely controlled VLT manages indoor glare and brightness, creating a more comfortable environment for occupants.
The reflective exterior creates a one-way mirror effect during the day, ensuring privacy from outside observers.
From architectural facades and interiors to automotive and electronics, the versatility is unmatched.
Rigorous inspection of coating uniformity and thickness using precision sensors during the sputtering process.
Automated vacuum chambers ensure consistent output and high-speed manufacturing for large-scale projects.
Tailored thickness and custom sizing to meet specific architectural requirements and blueprints.
Strategic sourcing of raw metallic oxides to ensure color stability and long-term durability.
Specialized packaging and shipping protocols to prevent scratches and breakage during transit.
Expert consultation on VLT and U-Value selection to optimize building energy certifications.
| Performance Metric | Standard Clear Glass | Reflective Glass |
|---|---|---|
| Solar Heat Gain | High (Heat increase) | Low (Heat reflective) |
| Annual Energy Cost | Baseline (100%) | Reduced by 15-30% |
| Indoor Glare | Significant | Controlled/Low |
| Privacy Level | Transparent | High (Daytime) |
| Building Value | Standard | Enhanced (Modern Look) |
Tinted glass absorbs solar energy, while reflective glass uses a metallic coating to reflect it away from the building, providing better heat control and a mirrored appearance.
Vacuum sputtering allows for an extremely thin and uniform layer of metallic oxides, ensuring color consistency and superior durability compared to traditional coatings.
Yes, it is widely used for interior partitions, decorative doors, and accent walls to enhance light distribution and create a modern, spacious feeling.
It does reduce the amount of light (measured by VLT), but this is beneficial for controlling glare and protecting interior furnishings from UV fading.
Depending on the building height and wind load, 5mm or 6mm is typically recommended, often used in conjunction with tempering for safety.
Standard non-abrasive glass cleaners and soft cloths are recommended to avoid scratching the metallic coating surface.
Hapụ Ozi Gị
