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| Quantity: | |
| Glass Thickness | 3mm to 12mm |
| Spacer Width | 6mm, 9mm,12mm |
| Gas Fill | argon, krypton |
| U-Value (Thermal Transmittance) | 1.60-1.84 W/m²K |
| Solar Heat Gain Coefficient (SHGC) | 0.24 to 0.68 |
| Visible light transmittrance | 51%-77% |
| Sound Transmission Class (STC) | 40-50 |
| Maximum Size | 12000mm x 3600mm (Custom sizes available) |
| Minimum Size | 150mm x 150mm (Custom sizes available) |
| Delivery time | 7days |
1. Tinted Glass Pane
The tinted glass pane absorbs part of the incoming solar radiation, helping reduce glare and solar heat gain. Common colour options include grey, bronze, green, and blue, subject to glass type, thickness, and availability.
UV transmission varies according to the tint colour, glass thickness, coating, and complete glazing configuration. Where verified UV performance is required, use the corresponding product test data. Heat treatment may also be required after evaluating panel size, solar exposure, edge condition, and thermal-stress risk.
2. Insulating Cavity
Tinted insulated glass consists of two or more panes separated by a spacer and sealed to create an insulating cavity. The cavity may contain dry air or an inert gas such as argon or krypton, depending on the required specification.
Cavity width, gas type, glass composition, spacer system, and Low-E coating all influence the thermal performance of the finished IGU.
3. Edge-Sealing System
The spacer, desiccant, primary seal, and secondary seal work together to limit gas leakage and moisture penetration. A correctly manufactured edge system helps maintain a dry cavity and reduce the risk of condensation forming between the panes.
Long-term performance depends on sealant compatibility, production control, installation quality, drainage, and environmental exposure.
4. Thermal and Solar-Control Performance
The insulating cavity helps reduce heat transfer, while the tinted pane can reduce solar heat gain. U-value and Solar Heat Gain Coefficient (SHGC) are determined by the complete glass configuration rather than the tint alone.
For projects with specific energy-performance targets, the selected IGU should be evaluated using configuration-specific U-value, SHGC, and visible light transmittance data.
5. Acoustic Performance
Multiple glass panes and a sealed cavity can improve sound insulation compared with a single pane of similar glass. Acoustic performance depends on pane thickness, asymmetric glass construction, cavity width, laminated interlayers, framing, seals, and installation.
Where a specific STC or Rw rating is required, select a complete tested glazing configuration.
Office Buildings: Reduces heat gain and glare, enhancing energy efficiency and employee comfort.
Shopping Malls: Provides natural light with reduced glare and cooling costs while enhancing visual appeal.
Showrooms: Offers a modern aesthetic while protecting products from UV-induced fading.
Windows and Doors: Enhances indoor comfort by maintaining consistent temperatures and reducing noise.
Skylights: Controls solar heat gain and minimizes UV damage while allowing natural light.
Balconies and Verandas: Provides privacy and style with optimal thermal and solar performance.
Ideal for high-rise buildings, combining energy efficiency, soundproofing, and a sleek, modern appearance.
Reduces solar heat gain while maintaining uniform aesthetics for large glass facades.
Surface Treatments:
Edge Treatment: Flat edge, rounded edge, or beveled edge
Drilling: Available for mounting or installation purposes
Sandblasting: Can be sandblasted for decorative finishes
Brushed Finish: Available for a matte surface texture
Coatings: UV protection, anti-reflective, or other coatings available upon request
Packaging: used wooden boxes or cases, the cases should be easy loading, unloading and transportation. Each case needs to be packed with stuff of the same thickness and size.