Fire-resistant glazing for your project
Use the rating links below to review model information. Final selection also depends on dimensions, framing, installation and the evidence applicable to the proposed configuration.
Fire integrity with limited radiation control
EW classification according to EN/BS standards
Engineered to retain structural integrity during fire exposure
Residential fire door vision panels
Small commercial fire-rated windows
Light-duty internal glazing requiring EW performance
Good optical clarity
Lightweight design for easy integration
Compatible with standard steel and timber framing systems
Glass size, framing system, and installation method influence final performance and must be evaluated together.
Fire integrity with limited radiation control
EW classification according to EN/BS standards
Designed to maintain integrity during fire exposure
Fire door vision panels
Fire-rated windows
Internal glazing requiring EW performance
Stable optical clarity
Suitable for standard service conditions
Compatible with common steel and timber framing systems
Glass size, framing system, and installation method influence final performance and must be evaluated together.
Fire integrity and insulation for short-duration protection
EI classification according to EN/BS standards
Fire door vision panels
Internal partitions
Code-driven compartmentation zones
Balanced performance and configuration
Suitable for controlled indoor environments
Designed for reliable early-stage fire protection
Application environment and exposure conditions should be assessed during specification.
Fire integrity andinsulation for standard compartmentation
EI classification according to EN/BS standards
Fire door
Fire-rated partitions
Protected window openings
Long-term optical stability
Suitable for extended service life
Widely applicable across commercial and institutional buildings
Final configuration depends on glass dimensions, framing design, and applicable regulations.
Enhanced fire integrity and insulation
Increased resistance for higher-risk applications
High-occupancy areas
Escape routes
Commercial and institutional buildings with elevated fire risk
Improved durability under thermal stress
Stable performance in demanding service conditions
Design for higherfire-risk zones
Environmental exposure and service conditions should be evaluated at early specification stages.
Extended fire integrity and insulation
High-level protection for critical applications
Hospitals
Transportation facilities
Critical building zones
Enhanced material stability
Designed for prolonged fire exposure
Suitable for long-duration protection requirements
Extended fire ratings require close coordination between glazing, framing, and installation details.
Maximum fire integrity and insulation
Highest fire-resistance classification
Data centers
Critical infrastructure
High-risk and high-value assets
Engineered for extreme fire scenarios
Focus on long-term reliability
Suitable for mission-critical environments
EI240 applications require careful evaluation of system compatibility and regulatory requirements.
