1.5mm Anti-Scratch Chemical Strengthened Display Cover Glass

Key Features:

• Excellent Impact Resistance: A chemical strengthening process creates a strong compressive stress layer on the glass surface, significantly enhancing its scratch and abrasion resistance. It effectively resists everyday bumps and scrapes, as well as impacts from accidental drops, providing reliable physical protection and extending the device's lifespan.

• Precise Silkscreen Printing: Using high-precision silkscreen printing technology, black ink is sintered at high temperatures to firmly adhere to the glass surface. The finely detailed patterns not only enhance the device's appearance and refinement, but also guide users to operate accurately, enhancing the user-computer interaction experience.

• Easy Installation & Secure Adhesion: Pre-applied high-quality double-sided adhesive on the back provides strong, long-lasting adhesion. It also ensures a tight seal between the cover and the device, preventing dust and moisture from entering the device.

• Wide Compatibility: The 1.5mm thickness ensures glass strength while maintaining a lightweight design. Compared to thicker cover glass, it does not significantly increase the weight or volume of the device, making it ideal for space-sensitive devices. At the same time, it offers greater strength and stability than thinner glass, making it compatible with a wide range of devices with diverse structural designs.

Customized Option:

• Available Thickness: Ranging from 0.1 mm to 15 mm, depending on the insulation requirements and specific applications.

• Size & Shape: Supports special-shaped cutting to meet diverse needs. Customizes as per drawing.

• Cutting Option: CNC Cutting/Water jet Cutting/Diamond Blade Cutting

• Edge Options:Polished Edge/Safety Edge/Beveled Edge/Smooth Edge/2.5D Edge/Pencil Edge/Straight Edge

• Tempering Options: Physical Tempered/Checmical Strengthened

• Coating Options: Anti-Reflective (AR) Coating/Anti-Fingerprint (AF) Coating/Scratch-Resistant Coating/Indium Tin Oxide(ITO) Coating or Anti-Glare (AG)Coating

• Printing Options: UV Printing/Silk screen printing/Laser engraving printing

• Adhesive Options: AB Tape/ Double-side Tape/3M Adhesive

• Materials: Ultra Clear Glass

• Shape: Rectangular  

• Thickness: 1.5mmT

• Edge Work: Safety edge by CNC machine

• Tempered Method: Chemical Strengthened

• Printing Method: Silk screen printing  #RAL9004 BK

• Density: 2.5 g/cm³

• Hardness: at least 6H

• Strengthness: IK07

• Operating Temperature Range: Suitable for -30°C to 250°C.

• Thickness Tolerances:± 0.2mm

• Dimensional Tolerances: ±0.5mm for large size; ±0.1mm for small size

• Weather Resistance: Strong resistance to high temperatures and humidity, reducing aging effects

• UV Resistance: High UV-blocking capability

• Impact Resistance: 2-5 times stronger than standard glass. Specific impact resistance can vary based on thickness and treatment.

• Consumer Electronics Devices: In smartphones, tablets, and other products, the high strength of chemically strengthened glass covers protects against accidental drops and scratches during daily use, protecting the screen from damage.

• Smart Home Devices: The high strength of the glass cover resists external forces, ensuring device safety. Black silkscreen markings delineate functional areas, creating a beautiful and practical aesthetic. Double-sided adhesive ensures the cover is securely mounted to the panel.

• Industrial Control Equipment: In industrial control equipment, 1.5mm chemically strengthened glass cover plates withstand harsh conditions such as impact, dust, and oil in industrial environments, ensuring stable operation.

• Medical Equipment: The display panels of medical monitors, ultrasound diagnostic equipment, and other devices require glass cover plates that are both strong and easy to clean. Chemical strengthening meets the required strength and withstands accidental impacts in medical environments. Black silkscreen markings indicate data display areas and function buttons, facilitating operation for medical staff.