Pilkington Pyrodur® is a clear laminated fire-resistant glass offering up to 60 minutes of fire integrity and reduced radiant heat. Ideal for internal and external applications including doors, partitions, faҫades, and roof glazing in steel, aluminium, or timber frames.

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 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.

Fire StockistsUK & Ireland Products Product Categories Fire Protection Fire Stockists

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.

Pilkington Pyroclear® is a clear, high-performance monolithic fire-resistant and safety glass designed to provide basic integrity performance. Suitable for internal and external applications, it offers up to 60 minutes of fire resistance and is compatible with steel and aluminium systems.

Pilkington Pyrostop® is a high-performance laminated fire-resistant glass system offering up to 60 minutes of fire, smoke, and heat protection. Ideal for internal and external screens, doors, and partitions, delivering enhanced safety and clarity for commercial buildings.

For etched glass designs, see the Pilkington Oriel Collection. Large external doors such as bi-fold doors are becoming more popular, helping to create a feeling of space in your home with the effect of bringing "the outdoors in".

Provides passive protection from the effects of fire for up to 180 minutes allowing maximum use of natural light and enabling all areas of a building to be occupied. Reduces the noise inside a building to acceptable levels without sacrificing daylight.