Clear Float Glass is a premium architectural material manufactured using the advanced float process, where molten glass is floated on a bed of molten tin to achieve unparalleled flatness and optical clarity. This precision engineering ensures a hard, smooth surface that eliminates distortion, providing a high-transparency finish that maximizes natural light penetration and offers an expansive field of view.
Renowned for its exceptional thickness uniformity and purity, our float glass serves as the ideal substrate for a wide array of secondary processing, including tempering and reflective coating. From high-end skyscrapers and solar photovoltaic curtain walls to precision electronics and luxury furniture, this versatile glass combines structural stability with aesthetic brilliance to meet the most demanding industrial standards.
| 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 Flat |
| Optical Properties | High Transparency, No Distortion | Production Method | Molten Tin Float Process |
| Material Composition | High-purity Quartz Sand & Raw Ore | Edge Finish | Precision Cut & Annealed |
Eliminates water ripples and corrugation, providing a perfectly parallel surface for precise architectural installations.
Featuring a compact structure that is heavier and more robust than standard flat plates, ensuring longevity and stability.
Utilizes selected quartz sand to ensure extreme brightness, purity, and minimal color distortion for crystal-clear views.
Perfectly suited for online production of reflective, spray-film, and cold-end surface treatment glass varieties.
Superior thickness uniformity ensures a wider field of view, making it the best choice for natural lighting materials.
Designed for easy cutting and high-efficiency manufacturing, reducing waste and labor costs during installation.
Rigorous monitoring of the tin bath and annealing process to ensure zero-defect flatness.
Full-line mechanization for stable output and high labor productivity across all thickness ranges.
Optimized furnace technology to reduce energy consumption per unit of product manufactured.
Continuous operation cycles lasting years for reliable, large-scale commercial delivery.
Strict selection of premium quartz sand to guarantee high transparency and purity.
Integrated capabilities for ultra-thin and extra-thick custom glass sizing requests.
| Feature Comparison | Traditional Flat Glass | Premium Float Glass |
|---|---|---|
| Surface Quality | Occasional Ripples | Perfectly Smooth |
| Optical Distortion | Moderate to High | Negligible / Zero |
| Thickness Uniformity | Variable | Highly Consistent |
| Production Efficiency | Low / Manual | High / Automated |
| Application Range | Basic Windows | High-end Architecture |
Float glass is produced by floating molten glass on tin, resulting in a surface that is significantly smoother, flatter, and more transparent than traditional flat glass, with virtually no optical distortion.
Yes, specifically ultra-white float glass is widely used in solar photovoltaic curtain walls due to its high light transmission and purity, which maximizes energy absorption.
We offer a comprehensive range from ultra-thin (1.2mm to 2.5mm), regular (3mm to 12mm), and extra-thick (15mm to 19mm) to suit various structural needs.
Absolutely. Its high brightness and purity make it the ideal choice for high-end glass furniture, imitation crystal products, and decorative lighting glass.
The float process creates a more compact and uniform molecular structure. While clear float glass is the base, it provides the perfect foundation for tempering to further increase strength.
Ultra-white float glass uses raw materials with lower iron content, removing the slight green tint found in clear glass, resulting in superior transparency and color neutrality.
Leave Your Message
