tempered glass

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Curved tempered glass

Made using a specialized curved steel process, these components feature precise and smooth curvature with a minimum radius of curvature of 600 mm and a maximum arc length of up to 18,000 mm, perfectly meeting designers' requirements for streamlined shapes. They retain the high strength characteristics of tempered glass, offering excellent wind-pressure resistance and impact resistance, and after breakage, they shatter into safe, granular fragments. Customizable for both positive and negative bends, they are suitable for a variety of curved surface applications.

Crystal gray glass

Made from high-purity quartz sand, it features a uniform crystal-gray hue and boasts a light transmittance of over 70%. When light passes through, the effect is soft and true-to-life, giving it an inherently high-end, subtly luxurious texture. It offers the same high-strength performance as ordinary tempered glass and can undergo advanced processing steps such as cutting and drilling, making it suitable for a wide variety of design styles—versatile yet never overpowering.

Tempered glass

Manufactured using a physical tempering process, this glass boasts a surface compressive strength exceeding 95 MPa—3 to 5 times that of ordinary glass—and exhibits outstanding impact resistance. After breakage, it shatters into small, non-sharp particles, effectively minimizing the risk of injury. It has passed both the national 3C mandatory certification and the international SGCC certification. Available in various thicknesses to suit diverse applications: 5–6 mm is ideal for home doors, windows, and partitions; 8–10 mm is suitable for commercial display windows and canopies; and 12–15 mm is perfect for architectural curtain walls, heavy-duty furniture countertops, and other high-load scenarios.

Lowe Insulating Glass

It is composed of a Low-E coating layer, an insulated air space, and tempered glass. The Low-E film can reflect more than 90% of infrared radiation. The insulated air space is filled with argon gas (Ar) or air (common specifications include 9A/12A/16A), creating an efficient thermal insulation barrier that saves 30% to 50% energy compared to ordinary glass.