top of page
Barium fluoride optical lenses and windows

Gorilla Glass

Impact-resistant glass engineered for durability

Strengthened Aluminosilicate Glass

Gorilla Glass is a chemically strengthened aluminosilicate glass designed for high impact resistance and scratch durability. In optical systems, it is commonly used as a protective window or cover glass where mechanical protection is required without significant optical distortion.

Is this material right for your application?

 

Use When:
Avoid When:
Consider Alternatives:
  • High impact resistance is required

  • Optical protection is needed without excessive thickness

  • Consumer or industrial optics require durability

  • Scratch resistance is important

  • Protective cover glass is required

  • Optical performance is more important than protection

  • High-temperature operation is required

  • Infrared transmission is critical

  • Dragontrail Glass – alternative strengthened glass

  • Sapphire – superior scratch resistance

  • Fused Silica – optical performance over protection

Key Properties


Optical

  • Good optical clarity

Mechanical

  • Chemically strengthened surface

  • High impact and scratch resistance

Environmental

  • Designed for protective applications

Explore Related Optical Materials

Frequently asked questions about Barium Fluoride specifications and use-cases

FAQ

Q1. What is Gorilla Glass used for?
Protective cover glass for displays and optical windows.


Q2. Is Gorilla Glass chemically strengthened?
Yes.


Q3. Is Gorilla Glass optical-grade?
No. It prioritises durability over optical accuracy.


Q4. What are alternatives to Gorilla Glass?
Dragontrail Glass and Sapphire.

  • High impact and scratch resistance

  • Good transparency

  • Not suitable for precision optics

Company Registered in England Registered Office: 

Global Optics (UK) Ltd, Unit 6 Branksome Business Park, Bourne Valley Road, Poole, Dorset, BH12 1DW. Tel: 01202 767476
Company No. 3509979
© Global Optics UK Ltd - Precision Optics Supplier - UV, Visible And Infrared Optical Materials And Components For Scientific Optical Applications 

©2024 by Global Optics UK Ltd.

  • LinkedIn

bottom of page