LiteSIP…
Changing the game
At Boxvana™, we use 21st century materials to build 21st century homes and structures, and we’re proud to be North America’s exclusive provider of LiteSIP®.
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Strength
LitePan® is hurricane-proof, earthquake-proof, fire-resistant and withstands threatening climates and conditions.
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Speed
LitePan® travels quickly by multi-flat pack loading, then can be assembled in mere days or hours.
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Weight
LitePan® is an advanced composite material system that weighs far less than wood, concrete, and steel.
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Efficiency
LitePan® is sealed airtight for true temperature control and net-zero energy-efficiency.
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Safety
LitePan® is eco-friendly and re-usable, with zero emissions and no dust during installation.
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Cost
All of these LitePan® benefits mean less labor, less time, lower transportation costs, lower energy bills, and fewer repairs.
What is LiteSIP?
LiteSIP is an advanced building system of composite materials.
LiteSIP® is a high-performance composite that transforms modular buildings with its light weight and intense durability. Compared to old-fashioned building materials like wood and steel, LiteSIP® is lighter, stronger, safer, cheaper, faster, and more efficient. It’s also reusable and recyclable, giving it limitless applications while protecting the environment.
Boxvana is the exclusive provider of LiteSIP® technology in North America, and we’re using this game-changing technology to create affordable, sustainable housing for local populations coast-to-coast.
The LiteSIP®
Difference
LiteSIP® encourages construction that is impractical--or impossible--with wood and steel. LitePan®’s drastically reduced weight allows for larger panels. Larger panels mean fewer pieces to configure, resulting in faster and easier assembly.
Fewer pieces also mean fewer seams. And that means more excellent insulation. Combined with the inherent features of the material, LiteSIP® structures have far fewer air or thermal leaks while at the same time protecting against corrosion, rust, and natural exposure. LiteSIP® structures are durable and energy-efficient.