Lightweight Insulated Roofing Systems

Lightweight insulated concrete system.

Lightweight insulated roofing systems.

The lightweight insulated concrete system lwic utilizes the sarnafil g 410 feltback roof membrane designed specifically for adhered applications bonded to the concrete using sarnacol 2121 water based membrane. Siplast lightweight insulating concrete is available in four mix designs. Lwic is a mixture of cement water and preformed foam. Lightweight insulated concrete also known as lwic is a material intended for use as an insulation and substrate for support and attachment of roofing membranes on slope roofs.

Our thermo insulated roof system comes in different thicknesses of insulation. Is a family owned and operated company specializing in commercial industrial flat and low slope roofing. The lwic systems are composed of either aggregate or cellular concrete. This material offers a thicker top ply which is ideal in a roofing material.

The largest single use for lwic is as a roofing base and thermal insulation for industrial and commercial buildings with low slope roofs. Lightweight insulated concrete roof systems utilize fiberglass reinforced thermoplastic membranes adhered to lightweight insulated concrete. This lightweight material works to keep moisture out and can work in almost any environment which means it can be used in retrofitting projects as well as. Siplast lightweight insulating concrete systems combine the unique properties of lightweight insulating concrete and insulperm premium expanded polystyrene foam insulation board.

High wind performance adhered system. Insulated roofing has been serving ohio indiana and kentucky since 1978. We provide the highest quality with confidence and integrity to all of our clients. Each design encapsulates the insulation board in.

Zic nvs insulcel and zonocel. The characteristics of lwic make it an excellent substrate for adhering felt back membrane resulting in a roofing system with high wind performance characteristics. The four designs represent a range of compressive and tensile strengths allowing a choice of system based on substrate and specific project circumstances.