Anti-reflective glass is the ideal solution for applications where maximum transparency and minimum reflection are critical. Using advanced coating technology, light reflection is reduced to less than 1%, compared to approximately 8% with standard float glass.
The result is exceptional visual clarity with virtually no distracting glare. Whether viewed from inside or outside, objects behind the glass remain sharp, true to colour and perfectly visible, creating an almost invisible glass effect that enhances both presentation and user experience.
Product image: AGC Glass Europe
Applications
Available in both toughened and laminated configurations, anti-reflective glass is ideally suited for environments where visual impact, product presentation and unobstructed visibility are essential. Typical applications include retail showcases and display windows, museum and exhibition vitrines, shopfronts and commercial façades, sports facilities and more. By minimising reflection and maximising transparency, anti-reflective glass allows displayed objects, interiors and environments to remain the true focal point.
Dimensions
| Glass Thickness (mm) | Min. Dimensions (mm) | Max. Dimensions (mm) |
|---|---|---|
| 4 | 250 x 250 | 3210 x 2550 |
| 6 − 8 | 200 x 200 | 3210 x 2550 |
Looking for a customised laminated glass solution? Our specialists are happy to advise you on the most suitable configuration for your project.
Maintenance and Cleaning
To maintain the exceptional optical quality and long-term performance of anti-reflective glass, correct maintenance is essential. We therefore recommend the FIX-IN cleaning kit, specifically developed for the safe and effective cleaning of coated glass surfaces. The FIX-IN cleaning kit helps preserve the coating hile ensuring a streak-free finish and optimal transparency over time.
Benefits of the FIX-IN cleaning kit:
- Effective cleaning without streaks or residue.
- Long-term preservation of anti-reflective performance.
- User-friendly system including cleaning solution and adjustable sponge.