Pilkington Pyrodur® is a clear, laminated fire- and impact-resistant glass offering up to 60 minutes integrity and is ideal for use in fire doors and partitioning.

We offer a wide range of fire-resistant glass options with varying levels of protection to suit your needs. Protection levels are measured in defined time periods (30, 60, 90, 120 and 180 minutes) and in terms of either integrity and insulation or integrity only, as designated by the European Standards.

Pilkington Pyrodur® - (EW glazing) Fire-resistant glass for applications that require protection from fire and smoke in combination with reduced transfer of radiant heat

Pilkington Pyrodur ™ Plus is an advanced thin, clear fire-resistant laminate glass, which easily meets all the latest European fire and impact standards. Using a special clear intumescent interlayer, it offers an excellent combination of fire and impact to Class 2 of BS EN 12600.

Pilkington Pyroclear® is an advanced toughened fire-resistant glass for use as a basic integrity-only barrier.

Fire StockistsProducts Product Categories Fire Protection Fire StockistsFire Stockists

Our Pilkington Texture Glass range, and modern etched glass range - Pilkington Oriel, can now be viewed in our updated pattern presenter which has more functionality including a pattern visualiser. It's easy to pick a pattern and background to see your preferred glass in application.

Product and CE Marking InformationBy clicking ‘Accept All’ you consent to the use of cookies for non-essential functions and the related processing of personal data. Alternatively you can reject non-essential cookies by clicking ‘Essential Only’. You can adjust your preferences at any time by visiting our Cookie Policy and access the settings on that page.

Pilkington Pyrodur® is a clear, laminated fire-resistant and impact-rated glass offering up to 60 minutes integrity and is ideal for use in fire doors and partitioning.

Market launch of Pilkington Pyrodur®, the first fire-resistant glass for EW glazing that provides protection from fire and smoke whilst additionally reducing the transfer of radiant heat reliably.