Lincoln, NE
Non-Insulated Veneer & Glazing Panels: Low Cost, Light Weight, Versatile
Mapes Glazing panels are designed to be used as a replacement for glass in any glazing application. The panels are available with one or both sides finished and can be manufactured with all architectural finishes. Core materials for fire or moisture resistance are optional. The panels can be used in fascia and soffit applications. Moldings are available for a low cost, high performance system.
The image below details the infill panel layer assembly.
Mapes Veneer & Glazing Panels provide a lightweight, low-cost and durable option for commercial facades, serving as direct substitutes for glass in any glazing application. These non-insulated infill panels can be manufactured with all architectural finishes (Kynar, Anodized), with optional fire and moisture-resistant cores to ensure code-compliant performance and appearance.
Mapes spandrel infill panels are opaque, insulated units — usually made with metal or glass faces — used to conceal structural elements. In contrast, panel glazing consists of transparent glass units designed to provide visibility. Mapes Veneer & Glazing Panels can replace glass in any glazing application, with optional core materials for added fire or moisture resistance.
Yes. While Mapes’ Veneer & Glazing Panels are non-insulated, they still provide impact resistance, making them ideal for glazing replacement, wall facing, fascia and soffit applications.
For a proper installation, the veneer panel should be sealed on both the interior and exterior with permanently elastic silicone caulking. Use setting blocks for support and drill weeps in the sash molding. For applications with loose insulation, backcaulk in conjunction with a minimum 6-mil vapor barrier to prevent condensation. Finally, ensure the wall cavity is vented to prevent moisture entrapment.
Lincoln, NE
Denver, CO
Our design and specification guide will give you the information and inspiration you need to choose the perfect Mapes Panels for your next project.