Fire-rated glass is engineered to withstand extreme heat and prevent the spread of flames and smoke, providing essential protection during a fire. This type of glass meets stringent safety standards, making it suitable for use in fire doors, partitions, and windows. Fire-rated glass helps compartmentalise fire and smoke, allowing more time for evacuation and reducing property damage. Whether for commercial or residential use, fire-rated glass is a vital component of any fire safety plan, ensuring compliance with regulations and enhancing the overall safety of your building.
Fire-Rated Glass
Critical safety in fire situations with fire-rated glass.
Fire-rated glass withstands high temperatures, providing crucial protection and meeting building safety regulations.
How Fire-Rated Glass is Made
Fire-rated glass undergoes a specialised manufacturing process to ensure it meets stringent safety standards while maintaining clarity and strength. The production typically involves multiple layers of tempered glass with an intumescent interlayer that expands when exposed to high temperatures, forming an insulating barrier that slows the spread of heat and flames. Some fire-rated glass types are also made using wired glass, where a wire mesh is embedded within the glass to prevent shattering under extreme conditions. Additionally, ceramic-based fire-rated glass is another common type, offering exceptional resistance to high temperatures while remaining thinner and lighter than traditional fire-rated options.
Where Fire-Rated Glass is Used
Fire-rated glass is an essential safety feature in various commercial, residential, and public buildings. It is commonly installed in fire doors, partition walls, stairwells, and escape routes to help contain fires and allow safe evacuation. High-rise buildings, hospitals, schools, and transport hubs frequently incorporate fire-rated glass to meet stringent building regulations while maintaining natural light and visibility. Additionally, fire-rated glazing is widely used in retail and office spaces, providing safety without compromising aesthetics, ensuring an open and modern architectural design while offering critical fire protection.