XPS thermal insulation boards 30mm, 580x1250mm, 0.305m³/pack GIAS

XPS GIAS thermal insulation boards with a thickness of 30 mm are a highly efficient building material, designed for maximum energy efficiency and durability. They are made of extruded polystyrene (XPS), which is distinguished by its exceptional strength, low thermal conductivity and moisture resistance. Thanks to their high quality and precise manufacturing technology, these boards are suitable for a wide range of applications in both residential and industrial construction.

With its thermal conductivity coefficient λ = 0.032 W/mK, XPS GIAS effectively reduces heat loss and contributes to lower energy costs throughout the year. The boards are lightweight, convenient to transport and easy to process - they can be cut quickly and cleanly according to the needs of the project. In addition, the material does not absorb water, which makes it extremely suitable for insulating foundations, basements and areas with high humidity. The high compressive strength guarantees stability and durability even under heavy loads, which ensures safety and reliability over time.

XPS GIAS is a preferred choice of builders and investors looking for an optimal ratio between quality, price and long-lasting protection. It is suitable for both new construction and renovation of existing buildings. The product is compatible with various facade and roof insulation systems, easily fitting into modern standards for sustainable construction. By using XPS GIAS, you not only improve the energy efficiency of the building, but also ensure a comfortable living environment in all seasons.

Advantages:

• Low thermal conductivity coefficient: λ = 0.032 W/mK, providing excellent energy efficiency
• High resistance to moisture and mold
• Lightweight, easy to cut and install
• Suitable for use in external insulation of buildings, roofs, foundations and other structural parts

Applications:

• External facade insulation
• Insulation of floors and flat roofs
• Thermal insulation of foundations and basements
• Energy-efficient construction projects