LightGUARD® applications include: Low-slope Protected Membrane Roofs.
By simply reversing conventional design and placing the insulation above the membrane rather than below, the cause of many life shortening roofing problems can be eliminated. This unconventional arrangement of roofing material – roof deck, roof membrane, LightGUARD or HeavyGUARD ballasted roof insulation panels – is commonly referred to as the “upside-down” roof system or Protected Membrane Roofing (PMR) system.
In all areas of the building envelope, the moisture barrier is placed on the warm side of the insulation. With one exception – a conventional roof system. In a T. Clear PMR system the insulation is placed above the waterproof membrane to protect it from the harsh rooftop environment.
LightGUARD panels provide both insulation and heavyweight ballast in one easy step for Protected Membrane Roof Systems. Panels are composed of 2 or 3 inches of Dow Styrofoam with a 3/8-inch latex-modified concrete topping on a 2’x4′ tongue-and-groove panel, weighing 4.5 lb. per square foot per panel.
As with any cement based product, color variation, efflorescence, and/or hairline cracking of the cementitious facing may occur. The phenomenon will not affect the performance of the LightGUARD panels. If uniform or matching coloring is required, a quality latex masonry coating must be applied.
LightGUARD & HeavyGUARD PMR Insulation Panels have a full range of warranties giving you the option of choosing one that best suits your long-term plan and budget.
LightGUARD is UL Listed and Factory Mutual Accepted-FM 1-29.
- Protect the roof membrane from foot traffic, UV degradation, hail, wind damage, vandalism, thermal cycling and physical abuse
- Protect the membrane of your choice
- Easy removal and reinstallation of ballast and insulation
- Reusable and recyclable
- Reduce yearly membrane maintenance costs
- Provide additional durability for roofs with high-maintenance traffic
- Provide for predictable long-term performance
- Provide for energy savings and a greater life-cycle value