Ultra Clear Glass offers exceptional transparency with light transmittance exceeding 91.5%. Its low iron oxide content eliminates color tints, providing a pure and clear visual effect. Ideal for high-end displays and modern design, it faithfully reproduces colors and enhances visual appeal.
Ultra-Thin Glass is a type of glass with an extremely thin thickness, and we use advanced production technology to precisely manufacture ultra-thin glass with a thickness of less than 1mm. Through professional chemical strengthening techniques, we ensure that ultra-thin glass maintains excellent transparency while providing sufficient strength. Whether for high-precision instruments, electronic devices, or high-end décor, we deliver ultra-thin glass that meets rigorous standards.
Reduced iron content ensures minimal color distortion and excellent clarity, ideal for applications requiring high visual quality.
It maintains strength despite thinness, with treatments to resist scratches and damage.
Its thickness is very suitable for smart touch products,not only providing a high-end appearance and a cool snooth touch, but also not affecting the touch response of smart components.
It enhances consumer electronics with a smoother touch, lighter and brighter premium modern appearance, improving the overall user experience.
Its superior optical properties and lightweight design ensure more effective sunlight penetration through the glass, improving photovoltaic conversion efficiency while reducing heat loss and extending the lifespan of the components.
Utilized in thin-film solar cells to enhance efficiency while maintaining a lightweight structure.
Ideal for high-end touch-sensitive devices where a combination of clarity and thinness is required.
Employed in precision optics and sensors that demand both clear and thin thickness.
Often used in medical devices to improve clarity and precision in medical experiments.
Commonly used in the automotive industry for lightweight designs, improved aesthetics, and enhanced visibility.
Widely used in electronic devices to improve display clarity, reduce weight and enhance overall aesthetics.
Glass are cut to the required shape and sizes using precision machine like laser cutting/diamond-stone cutting machine to ensures the glass fits perfectly into the switch component design.
The edges of the glass are ground, angled or polished by CNC machines to smooth out any roughness and enhance both safety and aesthetics byeliminatingsharp edges.
Glass is toughened by physical tempered or chemical strengthened to improve durability and safety by making the glass more impact resistant.
After production, the glass is packed with foam boards, cardboard, and plastic film to prevent collisions. Plywood boxes are used for reinforcement to minimize damage during transport.
Silk screen printing transfers ink through a screen and bakes it for durability. UV printing digitally sprays ink onto glass, perfect for complex designs. Both are common flexible printing methods for glass aesthetic
AR/AF/AG/ITO coatings can be appliedon glass surfaces to achieve multiple functions such as anti-reflection, oilrepellency, glare reduction or conductivity through PVD or CVD.
Ultra Clear/Ultra Thin glass have the best properties of clarity and strength, making them an essential material in industries ranging from electronics to architecture. Its ability to transmit light with minimal distortion, while being strong enough for modern applications, allows it to perform critical roles in various high-tech and aesthetic applications.
Contact KS Glass to get your exclusive glass solution.
HIGH-QUALITY PRODUCTS ARE MORE ASSURED
KS GLASS specializes in the production of high-quality glass products. With advanced technology and expertise, we offer solutions tailored to meet the diverse needs of our customers. Our products are known for their durability, precision, and reliability. We are committed to innovation and excellence in manufacturing, ensuring that every product meets industry standards while catering to specific client requirements.
