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THICKNESS DETAILS | 3+0.38pvb+3mm; 4+0.38pvb+3mm; 5+0.38pvb+5mm; 6+0.38pvb+6mm; 3+0.76pvb+4mm; 4+0.76pvb+4mm; 5+0.76pvb+5mm; 6+0.76pvb+6mm etc. |
Visible Light Transmission (VLT) | 88%-90% |
Curvature Direction | single curve (in one direction) or double curvature (in two directions), affecting the complexity of the shape. |
Solar Heat Gain Coefficient (SHGC) | 0.60 - 0.80 |
Sound Insulation (STC) | 32-38 |
Thermal Strength | 300°C to 400°C |
Thermal Conductivity (U-value) | 3.5 - 5.5 W/m²K |
Maximum Size | 6000mm x 3600mm (Custom sizes available) |
Minimum Size | 150mm x 150mm(Custom sizes available) |
Delivery time | 7days |
1. High Clarity and Transparency
Due to the low iron content, it offers superior optical clarity, making it ideal for applications where true color rendering and maximum light transmission are critical.
2. Enhanced Safety and Security
The lamination process makes the glass shatter-resistant, adding structural integrity and safety. If broken, the glass remains bonded to the interlayer, reducing injury risk.
3. Curved Design for Aesthetic Appeal
Seamless Curves: The glass can be shaped into a variety of curved forms, offering unique design possibilities for modern architecture and interiors.
Enhanced Visual Appeal: It delivers a sleek, contemporary look, making it ideal for facades, staircases, and decorative applications.
4. UV Protection
The interlayer provides excellent UV filtration, protecting interior materials from fading or damage due to sunlight exposure.
5. Sound Insulation
Laminated glass has sound-dampening qualities, making it a good choice for noise-sensitive environments.
6. Certificates
Suitable for use as a safety glass as defined by consumer product safety association EN 14449, ASTM C1172.
Conforms to CCC, ANSI Z97.1, and EN 12600. All work done on glass (beveling, cutting, bending, etc) must be done before tempering.
Building Facades: Used in modern and iconic building designs to achieve smooth, curved exteriors that blend strength with visual appeal.
Ideal for high-rise buildings to provide wind resistance and safety while enhancing the building’s aesthetic.
Glass Railings and Balustrades: Commonly used in staircases, balconies, and terraces, offering a sleek design without compromising on safety.
Provides durability and impact resistance in both residential and commercial spaces.
Curtain Walls: Integrates seamlessly into curved curtain wall systems, offering enhanced weather resistance and transparency.
Showcases and Display Windows: Used in retail environments for curved glass displays, offering high visibility and a modern appearance.
Shopping Centers: Installed in malls for escalator railings, storefronts, and decorative installations.
Office Spaces: Frequently used in corporate settings for curved glass partitions, conference rooms, and decorative walls.
Bridges and Skywalks: Used in pedestrian bridges for safety barriers and transparent flooring.
Elevators and Escalators: Provides curved glass enclosures for elevators and escalator railings.
Pavilions and Domes: Enhances temporary or permanent structures with transparent curved walls and roofing systems.
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.
Q: Curved laminated glass procurement need to provide what technical parameters?
A: 1.Curvature requirement
Clarify the bending radius, curvature size and shape accuracy of curved glass to ensure that it can meet the requirements of design drawings.
Determine whether a single curvature (such as a circular arc) or a complex curvature (such as a hyperboloid) is required.
2.Sandwich material
Determine the type of intermediate film used for laminated glass (such as SGP or PVB). SGP is suitable for high-intensity demand scenarios, while PVB is suitable for soundproofing or conventional security scenarios.
3.Thickness and number of layers
Select the appropriate glass and sandwich film thickness according to the specific application. For example, building curtain walls often require thicker laminated glass to provide security.