Chemically Strengthen Glass

Specifications

Items Specifications
Glass Thickness 0.1 mm ~ 25 mm
Glass Sizes From Very Tiny Till 2440 * 3660 mm
Glass Shapes No Limit (could be bent glass or glass containers)
Glass Surface Stress Up to 600MPa (Soda Lime Glass)
More Than 600MPa (Other Glass Compositions)
Impact Strength 3 to 5 times higher than thermal temper glass
Flexural Bending Strengthen Excellent
Heat Shock & Thermal Stability Excellent

 

Applicable Industries Advantages of Chemically Strengthen Glass Vs Thermally Temper Glass
CSP CPC Concentrating Solar Power & Thermal
  1. Thinner & Lighter Mirror
  2. No Bending Required
  3. Higher Impact Strength
  4. Higher Mechanical Strength
  5. Higher Flexural Strength
PV Photovoltaic Solar
  1. Thinner & Lighter Glass
  2. Higher Impact Strength
  3. Higher Mechanical Strength
  4. Higher Flexural Strength
Transportation Vehicles Such As Carriage Windows & Windscreens of

  1. High Speed Train
  2. High Speed Boat
  3. Aircraft
  1. Higher Impact Strength
  2. Higher Mechanical Strength
  3. Thinner & Lighter Resulting in Less Fuel Consumption
  4. Better Scratch Resistance
FPD Flat Panel Display
  1. Thinner Glass
  2. Curve Glass Panel Display Without Glass Heat Bending Required
  3. Higher Scratch Resistance
  4. Higher Mechanical Strength
  5. Higher Flexural Strength
  6. Excellent Thermal Stability
Electrical & Electronics
  1. Thinner Glass
  2. Excellent Thermal Stability
Construction & Building
  1. Thinner & Lighter Glass
  2. Light Structural Design
  3. Higher Mechanical Strength
  4. Higher Flexural Strength
  5. Better Wind Loading
  6. Better Earthquake Resistant
  7. Better Scratch Resistant
  8. Allows Flexible Design
  9. Curve Glass Without Glass Heat Bending Required
Interior Decoration
  1. Thinner & Lighter
  2. Light Design
  3. Higher Impact Strength
  4. Higher Mechanical Strength
  5. Higher Flexural Strength
  6. Allows Flexible Design
Instrumentation
  1. Thinner & Lighter Glass
  2. Higher Impact Strength
  3. Higher Mechanical Strength
  4. Higher Flexural Strength
Laboratory Glassware
  1. Higher Heat Sock Resistant
  2. Higher Mechanical Strength
Biotech
  1. Thinner & Lighter Glass
  2. Higher Impact Strength
  3. Higher Mechanical Strength
  4. Higher Flexural Strength
Pharmaceutical
  1. Higher Impact Strength
  2. Higher Mechanical Strength
  3. Higher Flexural Strength
Medical
  1. Higher Impact Strength
  2. Higher Mechanical Strength
  3. Higher Flexural Strength
  4. Higher Heat Sock Resistant
Optical
  1. Higher Impact Strength
  2. Higher Mechanical Strength
  3. Higher Flexural Strength
  4. Better Scratch Resistant
Household Appliances

  1. Glass Door for Laundry Machine
  2. Glass Door for Microwave & Electric Ovens
  3. Coffee Maker
  4. Glass Door for Dish Washer
  1. Higher Impact Strength
  2. Higher Mechanical Strength
  3. Higher Flexural Strength
  4. Better Scratch Resistant
Security for Building Windows & Doors, Armour Vehicles,  Banks, Military & Defense
  1. Higher Impact Strength
  2. Higher Mechanical Strength
  3. Higher Flexural Strength
Nautical, Marine & Aerospace
  1. Thinner & Lighter Glass
  2. Higher Impact Strength
  3. Higher Mechanical Strength
  4. Higher Flexural Strength
  5. Better Thermal Stability
  6. Better Heat Shock
Many More
  1. Apply In Tiny Glass Which Is Too Small For Thermal Tempering Furnace
  2. Applicable Where High Impact Strengthen Is Require
  3. Applicable Where High Mechanical Strengthen Is Required
  4. Applicable Where High Flexural Bending Strength Is Required
  5. Applicable Where Scratch Resistance Is Concern
  6. Applicable Where Thermal Stability, Heat Shock & Temperature Change Are Concern
  7. Applicable Where Thin & Light Are Concern