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All the elements must be designed, specified and installed to meet the required performance. Guidance for the levels of fire-resistance required when glass is positioned in different areas within a building is detailed part of Building Regulations Approved Document B (AD B). Yes, our fire-rated systems can be installed in both new construction projects and existing buildings. Our team of experts will assess your space and recommend the best solutions for your specific needs. Komfort also offer a range of solid and glazed, framed fire rated partitioning systems, including Komfire 75 and Komfire 100, as well as Kameo 75.
Extra protection with Pyroguard fire safety glass
If a product has been tested to more than one standard, it will show multiple letter markings. Refer to the markings listed here to indicate the type of assembly the glazing has been tested for as well as the number of minutes of fire resistance or fire protection. While these products are strenuously tested and designed to slow or stop a fire under a range of conditions, just like “bullet resistant glass” and “Bulletproof glass” are different, so is “fireproof glass” and “fire resistant glass”. Fire-resistive glass not only blocks smoke and flames but also provides a barrier to the dangers of heat.
INTRODUCTION TO FIRE RATED GLAZING
As a key component of building safety regulations, fire-rated glass is commonly used in fire doors, internal partitions, and other structures to enhance fire protection. Fire-resistant glass is specialist glass that has been proven to provide a period protection against fire during a Fire Resistance Test. The degree of protection offered depends on the type of fire rated glass used but generally speaking, all fire-rated glass 30 minute fire rated glass price acts as a barrier to help prevent the spread of flames and smoke in the event of a fire. Certain types of fire-rated glass will also provide a degree of protection (insulation) against the heat of a fire. The ability of glass to prevent the spread of fire throughout a building is one of its most important features. The use of fire-rated glass is therefore an important component in building safety and Building Regulations specify where it must be used.
- When integrated into aesthetically appealing steel, aluminium or timber systems, our glazed solutions ensure a high level of protection can be seamlessly integrated into multiple applications to serve the broader architectural vision.
- These products offer a wide range of shielding levels and options meeting NCRP Report #49 and #147, and Federal Specification DD-G-451, and ASTM C1036Type 1 Class C, Q3.
- Fire safety glass doesn't necessarily mean unsightly fixtures around your office.
Fire-protective glass acts as a barrier against flames and smoke, typically used in interior applications. Fire-resistive glass, which includes products like our FireLite® Glass, offers a higher level of protection by also blocking heat transfer, making it suitable for more demanding applications where additional protection is required. Fire-protective glass does not provide protection from the dangers of radiant heat transfer. It is simply designed to protect against the spread of smoke and flames with an ability to achieve such protections that range from 20 to 180 minutes. As a result of its limitations, fire protective rated glazing is restricted by code to specific building application, area, and sizing limits. Fire-rated glass is specially designed to prevent the spread of flames and smoke, and depending on product makeup, the transfer of radiant and conductive heat.
A high level of communication is needed between the architect, designer, engineer, and glass manufacturer regarding glass specifications. A skilled glass vendor can then create high-quality glass that provides the ultimate peace of mind. Depending on local building codes, it usually applies to “opening protective” assemblies. It can inhibit fire elements for up to 90 minutes, depending on area and size limitations. Fire-rated glazing acts as a barrier to the spread of fire and smoke, allowing more time for occupants to escape to safety while limiting structural and property damage. Insulation (I) - in addition to the traits of integrity, limits heat transfers due to conduction, convection, or radiation from the exposure to the unexposed face.
Fire rating of 30/30 or 60/60 steel framed screen and 30/30 or 60/60 glass door with up to 60 minutes integrity and insulation. The EI classification is the highest of the fire-resistant glass classifications. When exposed to a fire, it prevents flames and hot gases from penetrating through, and also maintains the average temperature of the unexposed face to below 140°C. This must be specified for certain areas of buildings, according to Approved Document B of the Building Regulations, which covers fire safety (see below). All Alufire systems are fully LPCB certified so you have complete assurance of its quality and fit for purpose in the event of a fire.
In the event of fire, the glazing will compartmentalise smoke and flames via dedicated spaces between panes of glass, which prevent it from shattering. The heat from the fire will cause the outer layer of the glass to break – however, the broken pane will be held in place by an intumescent layer (a substance that swells as a result of heat exposure). All Radiation shielding materials, products and systems are for medical or industrial applications only. Ray-Bar Engineering proudly offers UL and ULC listed and UL/ULC (United States and Canada) classified, permanently labeled FireLite ceramic fire protective glazing products in a wide variety of options. It’s suitable when local building codes require a fire-resistant assembly to enclose a particular space. This might include stairwells and exit corridors that require a 60-plus-minute restraint time.
We have a range of different designs available and are happy to discuss these options with you during a consultation. It almost goes without saying, but fire rated glass will save lives in the event of a fire. It will add precious minutes to allow occupants to evacuate, and help to protect a home or business by giving the fire service extra time to put out the flames.
It appears to be just a transparent and ordinary pane of glass – however, if a fire was to start, its presence can quickly become a matter of life or death. This specialist construction material offers effective resistance in the face of flames, heat and smoke and it has an incredibly important role to play with respect to building fire safety. Our fire safety glass can prevent flames, radiant heat and fumes from penetrating a building’s protected spaces for up to 180 minutes, aiding safe escape and helping to minimise damage to property. The UK Building Regulations set out requirements for both integrity (E) and insulation (EI). Pyroguard’s range of market-leading fire safety glass goes above and beyond these minimum requirements, offering an additional layer of protection with radiation control (EW). Among the most fire-resistant products on the market is FireLite® Fire Rated Glass, widely recognized as the industry’s preferred fire-rated glazing from Technical Glass Products.
Promat expertise and support services are provided from specification and planning through to installation. Furthermore, a wealth of literature, including Specifiers Guides, are available to download.Promat offers expert insights into fire-resistant glazing specifications with the RIBA-Approved CPD 'The Burning Question'. Because fire rated glass is used in door and wall assemblies, code requirements for framing must also be considered. Simply put, the fire rated framing requirements must match the glazing requirements in order for the assembly to fully meet the requirements of the code.
The desire for an insulated system could either be for acoustic insulation or thermal insulation - speak to a member of the IQ technical team to specify insulated fire-rated systems. In the instance of a fire, the heat from the fire will cause the outer layer of the glass to break – however, the broken pane will be held in place by the intumescent layer. Some fire-rated glass intumescent layers turn opaque in the heat of a fire which stops vision through the glass – this can help to reduce the level of panic when leaving the building.