Curved Tempered Glass represents the pinnacle of safety and aesthetic versatility in modern glass manufacturing. By transforming ordinary flat glass through a rigorous physical tempering process—heating to a softening point of 600–650°C and precision molding into arcs, U-shapes, or S-shapes—we create a high-performance material. The subsequent high-speed air quenching generates a uniform compressive stress layer (≥90MPa), ensuring exceptional impact resistance and structural integrity for demanding architectural and industrial applications.
Engineered for both form and function, our curved tempered glass adheres to strict GB 15763.2 safety standards, breaking into harmless obtuse particles upon failure. With a light transmittance exceeding 91.5% and the ability to withstand temperature differentials over 200°C, it is the ideal solution for projects requiring seamless curves without compromising on strength. From iconic airport facades to luxury automotive windshields, this material blends fluid design with industrial-grade durability.
| Softening Point | 600–650℃ | Surface Stress Value | ≥90MPa |
|---|---|---|---|
| Light Transmittance | ≥91.5% | Min. Bending Radius | ≥1.5x Glass Thickness |
| Thermal Stability | ΔT > 200℃ | Safety Standard | GB 15763.2 |
| Breakage Pattern | Obtuse Particles | Optical Distortion | ≤1.5% (Automotive Grade) |
| Impact Resistance | 1.5kg steel ball @ 1.2m | Wind Pressure Resistance | ±5kPa (Transit Grade) |
Complies with GB 15763.2 standards, shattering into small, blunt pieces to minimize injury risk.
High thermal stability allows the glass to withstand temperature fluctuations exceeding 200°C.
Precision bending into Arcs, U-shapes, or S-shapes tailored to your specific design blueprints.
Achieves over 91.5% light transmittance for crystal-clear visibility and natural illumination.
Minimized optical distortion (≤1.5%) ensuring clear sightlines for automotive and transit windows.
Impact strength up to 5 times higher than ordinary glass, ideal for high-traffic commercial areas.
Perfect for arc-shaped curtain walls and facades, capable of withstanding Category 12 typhoons.
Optimized for automotive windshields and metro windows with precision optical distortion control.
Ideal for luxury hotel partitions, spiral railings, and high-end villa shower enclosures.
Enhances luxury displays with arc-shaped showcases that blend anti-theft strength with elegance.
Supports complex sculptural forms and light-refraction artworks for museums and galleries.
Creates artistic, wave-shaped tabletops and bar counters for avant-garde interior styling.
| Feature | Standard Float Glass | Curved Tempered Glass |
|---|---|---|
| Safety Level | Low (Sharp shards) | High (Obtuse particles) |
| Impact Strength | 1x Base | 5x Base |
| Design Flexibility | Flat only | Arc, U, S-shapes |
| Thermal Resistance | Standard | Extreme (ΔT > 200℃) |
| Value Addition | Basic | High Architectural Value |
The minimum bending radius is typically greater than or equal to 1.5 times the thickness of the glass to ensure structural integrity and prevent stress fractures.
It is processed to break into small, blunt particles (obtuse) rather than sharp shards, adhering to GB 15763.2 safety standards to minimize injury risk.
Yes, it is highly suitable for facades. For example, it is used in major airports to withstand high wind pressures, including Category 12 typhoons.
Our curved tempered glass offers excellent clarity with a light transmittance of 91.5% or higher, ensuring maximum natural light penetration.
Absolutely. Over 99% of vehicle models utilize this glass for its aerodynamic curvature, high impact resistance, and low optical distortion (≤1.5%).
Due to the physical tempering process, it possesses superior thermal stability and can withstand temperature differences of over 200°C without cracking.
