Technical & Heat-Resistant Glass

Fire-Rated, Impact-Safe & High-Temperature Glass Solutions

Fire safety requirements have evolved. For decades, traditional wired glass was the standard fire-rated glazing product used in schools and public buildings across North America. It provided economical fire protection and, for many years, was the only available option.

However, while wired glass looks strong, it has limited impact resistance. Recognizing this safety concern, the International Code Council removed the long-standing impact exemption for wired glass. Today, fire-rated glazing installed in hazardous locations, including doors, sidelites, and areas subject to human impact in K-12 schools, athletic facilities, and other high-traffic buildings, must meet strict impact safety standards in addition to fire ratings.

Modern fire-rated glazing solutions now offer both fire protection and impact safety, improving protection without compromising code compliance.

We help you select the correct product based on rating requirements, location, and use conditions.

Realizing this, the International Code Council decided to lift the longstanding impact exemption for wired glass. Now, all fire-rated glass in K-12 schools and athletic facilities, when used in hazardous locations (doors, sidelites, etc.), must meet the higher impact requirements.

We also carry security glass, call for details.

Please discuss your specific application with one of our sales representatives to determine product suitability for your exact needs.

Contact us today!

Borosilicate:
Clear or slightly textured glass with a low coefficient of expansion. Can withstand operating temperatures of 900°F. Commonly used in gas space heaters and chemical applications where chemical resistance is required.

Glass Ceramics:
A slightly tinted glass produced by the devitrification process. Capable of withstanding operating temperatures of 1,200°F. This glass has high UV blocking characteristics.

Fused Silica:
High silica content glass with an extremely low coefficient of expansion. Capable of withstanding operating temperatures of 2,100°F. Appropriate for use where severe thermal shock and / or high UV transmission is required.