Clear float glass is a premium architectural material produced through a sophisticated process where molten glass floats on a bed of dense tin liquid. This unique method ensures that gravity and surface tension work in harmony to create a ribbon of glass with exceptional flatness and a smooth, hardened surface. The result is a high-transparency glass product that eliminates distortion, providing a crystal-clear view and superior optical quality compared to traditional flat glass.
Engineered for versatility and durability, our float glass is widely utilized across high-end construction, automotive industries, and precision electronics. From expansive curtain walls in solar photovoltaic projects to elegant interior decorative furniture, this glass offers a perfect balance of purity, brightness, and structural integrity. Whether used as a base for further processing or as a finished lighting component, it remains the industry gold standard for natural lighting materials.
| Regular Thickness | 3mm, 4mm, 5.5mm, 6mm, 8mm, 10mm, 12mm | Ultra-Thin Range | 1.2mm, 1.3mm, 1.5mm, 1.8mm, 2mm, 2.3mm, 2.5mm |
|---|---|---|---|
| Extra Thick Options | 15mm, 19mm | Standard Widths | 1220mm, 1524mm, 2140mm, 2250mm, 2440mm |
| Standard Lengths | 1830mm, 2440mm, 3300mm, 3660mm | Surface Quality | Hard, smooth, and distortion-free |
| Optical Property | High transparency and brightness | Raw Material | Selected high-purity quartz sand |
| Production Method | Tin-bath float process (N2/H2 protective gas) | Main Categories | Clear, Tinted, Ultra-white, Reflective |
Produced via the float method to ensure zero corrugation and perfectly parallel upper and lower surfaces.
Full-line mechanization and automation allow for stable, continuous operation and high output volume.
High transparency and purity ensure that objects are not distorted after reflection, maximizing light entry.
Ideal substrate for tempering, frosting, mirroring, and solar photovoltaic curtain wall applications.
Precise thickness control across the entire sheet ensures structural stability and a wide field of view.
Optimized energy consumption per unit product with high utilization rates of finished glass sheets.
Strict monitoring of raw quartz sand purity and tin bath temperature to ensure zero defects.
Full-line mechanization reducing human error and enhancing consistency across all batches.
Advanced annealing kiln processes to eliminate internal stress and prevent spontaneous breakage.
High-precision cutting systems providing accurate dimensions according to global standard sizes.
Specialized packaging for flat glass to ensure safe transit and prevent edge chipping.
Continuous optimization of the float process for ultra-thin and extra-thick glass variations.
| Feature | Traditional Flat Glass | Premium Float Glass |
|---|---|---|
| Surface Quality | Possible corrugation | Perfectly smooth & flat |
| Light Transmission | Moderate/Distorted | Ultra-high transparency |
| Thickness Uniformity | Variable | Highly uniform |
| Production Speed | Slow/Batch-based | Continuous/High-efficiency |
| Market Value | Standard utility | Premium architectural value |
The primary difference is the production method. Float glass is floated on molten tin, which eliminates the need for grinding and polishing, resulting in superior flatness, higher transparency, and a distortion-free surface.
Yes, float glass serves as the base material for many other products, including tempered glass, laminated glass, mirrored glass, and acid-etched glass.
Ultra-white float glass is primarily used in high-end buildings, solar photovoltaic curtain walls, precision electronics, and high-end furniture where maximum light transmission is required.
Thickness is controlled by adjusting the speed of the rollers pulling the glass ribbon from the tin bath; faster speeds result in thinner glass, while slower speeds produce thicker sheets.
Absolutely. Due to its hardness, smoothness, and weather resistance, it is one of the most widely used materials for building doors, windows, and natural lighting systems.
We provide a comprehensive range from ultra-thin (1.2mm) to regular (3mm-12mm) and extra-thick (15mm-19mm) options to meet diverse industrial and architectural requirements.
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