Low-E Glass
Low-E coatings can reduce solar heat gain and change exterior reflectance/color. The coating, tint and surface location should be coordinated with the full glass makeup.
Specify the makeup, not just the nickname.
Low-E coatings can reduce solar heat gain and change exterior reflectance/color. The coating, tint and surface location should be coordinated with the full glass makeup.
The exact glass construction has to work with the tested frame or railing assembly. Thickness, heat treatment, interlayer, coating and fabrication details can all affect compatibility.
Nominal thickness and individual lite construction should match the selected system and engineering.
Low-E surface, substrate tint and exterior appearance should be identified before release.
Holes, notches, polished edges and heat treatment should be coordinated before tempering/lamination.
Window, door, storefront and railing glass have different system-specific requirements.
Compare the full glass package.
Impact Laminated Glass
Laminated impact glass uses bonded interlayers to retain broken glass after impact. The final makeup must match the tested window, door or storefront system and project approval.
Read guide →Impact + thermal strategyInsulated Laminated Glass
An insulating unit combines an airspace with laminated impact construction, supporting energy goals while preserving the safety role of the impact lite.
Read guide →Clarity + railingsLow-Iron Glass
Low-iron glass reduces the green cast of standard clear glass and is often selected for premium railings, entrances and architectural glazing where color neutrality matters.
Read guide →Send the project. We’ll help define the system.
Plans, window schedules, elevations, opening lists or even early dimensions are enough to start the conversation.