Social Housing

ECONOMICAL. EFFICIENT. ENVIRONMENTALLY FRIENDLY.

Structural Insulated Panels are the Core of our Construction

Sharing the same structural properties as I-beams, SIPs replace several components of conventional buildings such as studs and joists, insulation, vapor barrier and air barrier. On a traditional building, SIPs replace the rod, cement, sand and gravel for a clean and efficient building material. In a 40 square meter build, the SIPs building system reduces the structure’s CO2 footprint by four tons as compared to traditional building methods.

The SIPS consist of a polystyrene core and two cement board outer layers forming a monolithic piece, are exceptionally strong and can be used for roofs, walls and floors of residential and commercial buildings, including multi-story structures. The buildings constructed with Durathermsips materials are thermally efficient in both hot and cool climates, and provide occupants with true comfort and real energy savings.

The local work force can easily be trained to effectively build with the SIPs. They are easily assembled on-site with simple tools by unskilled workers and one trained foreman.

For building a stronger, safer, more energy efficient home or building, our SIPs technology is the best solution. Over the long-term term, thermally efficient SIP panels can reduce energy costs by two-thirds. In the short-term, construction labor costs and time can be reduced by over 60% as compared to traditional methods.

Structural Insulated Panels (SIPs)

SIPs are the key to our social housing designs. Pre-fabricated SIPs vastly speed the construction process, while providing superior strength and energy efficiency.

Key Benefits of the SIP Panels

  • Eco Friendly
  • Energy Savings
  • Strong
  • Safe
  • Fire-resistant
  • Insect-resistant
  • Allergy-resistant

Single Family SIPs Construction

SIPs can be combined to construct stylish, modern structures such as this single family home.

Multi-Family

Versatile SIPS can be combined to quickly and efficiently construct multi-family structures.