Foam concrete for roof insulation offers a significant cost-performance advantage compared to traditional roof insulation materials.

1. Stable thermal performance meets building energy-saving requirements

Foam concrete used for roofing is primarily made of dry materials such as cement, offering stable thermal properties. The thermal conductivity of foam concrete ranges from 0.06 to 0.12 W/m, with high thermal resistance. The thermal conductivity of the product can be adjusted by design, with the mixture ratio adjusted after calculations to control it. The control process is straightforward and the performance is stable. It can be used for large-scale casting.

2. Strength and bulk density adjustable

Foam concrete is a lightweight insulating material with compressive strength ranging from 0.5 to 1.2 Mpa and a finished density of 300 to 400 kg/m³. It can be adjusted and controlled programmatically according to engineering requirements. Using foam concrete as roof insulation material, especially for walkable roofs, offers unique advantages. It completely resolves the issues of insufficient strength and short service life of traditional insulation materials.

3. Low water absorption rate

Foam concrete contains a large number of isolated bubbles, evenly distributed, with a relatively low overall permeability rate.

4. Three-in-one process, quick installation

Process in one, reducing traditional process steps. Foam concrete on-site operation, one unit with 6 people, daily output 100-120 m3/unit, no need for other auxiliary equipment, fast construction speed.

5. Good fluidity and compactness.

Foam concrete features unique liquid and resilient foaming properties, strong fluidity, and is capable of being pumped over long distances up to 300 meters and below 100 meters in height. It boasts a high injection capability, high degree of mechanization, and can be directly poured using hose pumps. It fills tight corners with dense material.

6. Direct waterproofing, no need for leveling, sloping, or protective layers