Pilkington Pyrodur® is a clear laminated fire-resistant and safety glass (in thickness from 9 mm) designed to provide basic integrity fire protection, but also offering limitation of radiant heat transfer. It relies on the same generic technology as Pilkington Pyrostop® comprising fewer interlayers.

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.

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 Pyrostop® and Pilkington Pyrodur® are clear, multi-layered fire-resistant glasses made of clear (Pilkington Optifloat™) or extra clear float glass (Pilkington Optiwhite™), laminated with special transparent intumescent interlayers.

Pilkington's Fire-resistant Glass range ensures safer as well as space giving, brighter and sustainable fire safety design.

Fourfold added value with Pilkington Fire-resistant Glass. Three extensive product lines, more than 800 system configurations, in excess of 1500 individual functional glass combinations: this is transparent fire protection with. Pilkington Pyrostop®, Pilkington Pyrodur® and Pilkington Pyroclear®.

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.

Pilkington Pyrodur® was specifically designed for applications required to achieve fire resistance class E/EW 30. Several layers of float glass are laminated by one or more intumescent fire-resistant interlayers.

Pilkington Pyrodur® is based on the same fire protection technology, providing integrity performance up to 60 minutes, full radiant heat protection, and a measure of insulation for 15 minutes.

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.