Product Detail

Key Features:
  • Anti-Fingerprint (AF) Coating:Utilizes a unique coating technology to significantly reduce fingerprint and oil smudges. The glass surface stays clean and visually appealing with just a gentle wipe.
  • Anti-Reflective (AR) Performance:Designed with a low reflectance coating, reducing light reflection to less than 6.5% and increasing light transmittance to over 92.5%. Ensures a clear display even under strong lighting and helps reduce eye strain.
  • Scratch and Wear Resistance:Features outstanding surface hardness (at least 6H) with excellent scratch resistance. Durable and long-lasting even with frequent use.
  • Visual Optimization:Minimizes glare and reflection to improve image contrast and color accuracy, delivering ultra-clear and true-to-life visual performance.

Customized Option:
  • Available Thickness: Ranging from 0.33 mm to 10 mm, depending on the insulation requirements and specific applications.
  • Size & Shape: Supports special-shaped cutting to meet diverse needs.
  • 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 or Anti-Glare (AG)Coating
  • Coating Thickness: AF coating thickness is adjustable between 0.05–0.2 μm. AR coatings can be customized with 2 to 10 layers to optimize optical performance under specific lighting conditions.
  • Printing Options: UV Printing/Silk screen printing/Laser engraving printing.
  • Adhesive Options: AB Tape/ Double-side Tape/3M Adhesive

Technical Parameters

Materials: Low-Iron Glass
Shape: Rectangular
Thickness: 2mm
Edge Work: Safety Edge
Tempered Method: Physical Tempered
Anti-Fingerprint (AF) Coating: Spraying AF Coating
Anti-Reflective(AR)Coating: Single-sided double-layer AR coating
Printing Method: Silk Screen Printing #RAL9004 BK
Back Adhesive: 3M Tape
Transmission Rate: ≥ 92.5%(tested at 550nm wavelength)
Reflectivity: <6.5% (wavelength range 400-700nm)
Density: 2.5 g/cm³
Mohs Scale: ≥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
Surface Quality: No visible scratches, bubbles, or inclusions under inspection light
Weather Resistance: Strong resistance to high temperatures and humidity, reducing aging effects
Impact Resistance: 2-5 times stronger than standard glass. Specific impact resistance can vary based on thickness and treatment.
Thermal Shock Resistance: Can withstand temperature difference of up to 150°C without breakage.

Application

  • Consumer Electronics: Perfect for smartphones, tablets, and laptops, enhancing display clarity and providing a smooth, responsive touch experience.
  • Display Devices: Widely used in TVs, monitors, and touchscreens to minimize ambient light reflection and deliver higher contrast and true-to-life colors.
  • Automotive Electronics: Applied to dashboards and central control screens, ensuring excellent readability under strong lighting conditions and improving driving safety.
  • Commercial Displays: Ideal for shop windows, advertising panels, and exhibition displays, increasing screen brightness and clarity to attract customer attention.
  • Medical Equipment: Used in diagnostic and imaging device screens to ensure accurate image rendering and support precise medical operations.

Company and factory equipment

Customer Visit

Customer Visit

Company Profile

Company Profile

Dlivery & Payment

Packaging:

  • Step 1: PE film coating(Normally) / paper(For seashipment prevent wet).
  • Step 2: Kraft paper for fixation.
  • Step 3: Carton for glass safety protection.
  • Step 4: Custom make plywood case with hinge for custom(fumigation + convenient inspection) convenience.
  • Step 5: Packing strap for further fixation.
Company Profile
Customer Visit
Customer Visit
Customer Visit