Fire Performance

• Fire integrity with limited radiation control

• EW classification according to EN/BS standards

• Engineered to retain structural integrity during fire exposure

Typical Applications

• Residential fire door vision panels

• Small commercial fire-rated windows

• Light-duty internal glazing requiring EW performance

Key Attributes

• Good optical clarity

• Lightweight design for easy integration

• Compatible with standard steel and timber framing systems

Technical Considerations

Glass size, framing system, and installation method influence final performance and must be evaluated together.

Fire Performance

• Fire integrity with limited radiation control

• EW classification according to EN/BS standards

• Designed to maintain integrity during fire exposure

Typical Applications

• Fire door vision panels

• Fire-rated windows

• Internal glazing requiring EW performance

Key Attributes

• Stable optical clarity

• Suitable for standard service conditions

• Compatible with common steel and timber framing systems

Technical Considerations

Glass size, framing system, and installation method influence final performance and must be evaluated together.

Fire Performance

• Fire integrity and insulation for short-duration protection

• EI classification according to EN/BS standards

Typical Applications

• Fire door vision panels

• Internal partitions

• Code-driven compartmentation zones

Key Attributes

• Balanced performance and configuration

• Suitable for controlled indoor environments

• Designed for reliable early-stage fire protection

Technical Considerations

Application environment and exposure conditions should be assessed during specification.

Fire Performance

• Fire integrity andinsulation for standard compartmentation

• EI classification according to EN/BS standards

Typical Applications

• Fire door

• Fire-rated partitions

• Protected window openings

Key Attributes

• Long-term optical stability

• Suitable for extended service life

• Widely applicable across commercial and institutional buildings

Technical Considerations

Final configuration depends on glass dimensions, framing design, and applicable regulations.

Fire Performance

• Enhanced fire integrity and insulation

• Increased resistance for higher-risk applications

Typical Applications

• High-occupancy areas

• Escape routes

• Commercial and institutional buildings with elevated fire risk

Key Attributes

• Improved durability under thermal stress

• Stable performance in demanding service conditions

• Design for higherfire-risk zones

Technical Considerations

Environmental exposure and service conditions should be evaluated at early specification stages.

Fire Performance

• Extended fire integrity and insulation

• High-level protection for critical applications

Typical Applications

• Hospitals

• Transportation facilities

• Critical building zones

Key Attributes

• Enhanced material stability

• Designed for prolonged fire exposure

• Suitable for long-duration protection requirements

Technical Considerations

Extended fire ratings require close coordination between glazing, framing, and installation details.

Fire Performance

• Maximum fire integrity and insulation

• Highest fire-resistance classification

Typical Applications

• Data centers

• Critical infrastructure

• High-risk and high-value assets

Key Attributes

• Engineered for extreme fire scenarios

• Focus on long-term reliability

• Suitable for mission-critical environments

Technical Considerations

EI240 applications require careful evaluation of system compatibility and regulatory requirements.