Thermal insulation boards EPS 70 - 30x500x1000mm (0.30m3/20pcs/pack)

Thermal insulation boards EPS 70 - 20/500/1000 are made of high-quality expanded polystyrene (EPS) and are designed for reliable and long-lasting thermal insulation of various parts of the building - facades, under-roof spaces and interior walls. Thanks to their low water absorption, stable shape and excellent thermal insulation performance, these boards provide effective protection against heat loss and help to significantly reduce heating and cooling costs.

With a compressive strength of 70 kPa, they guarantee resistance to mechanical stress and a long service life, even with intensive use. The thermal conductivity coefficient λD = 0.040 W/(mK) provides excellent insulation capacity, helping to maintain a stable indoor climate throughout the year. The size of each plate is 1000 x 500 mm with a thickness of 30 mm, which allows for easy cutting, transportation and installation. The straight edge (GK) facilitates precise joining of the plates, and their environmental performance makes them safe for both people and the environment.

They are available in convenient packages of 20 pieces (0.30 cubic meters), which allows for quick and efficient implementation of insulation works. The material does not contain harmful substances and is fully compatible with energy efficiency and sustainable construction standards. They are suitable for both new construction and renovation of old buildings.

Advantages:

• Excellent thermal insulation properties - λD = 0.040 W/(mK)
• High compressive strength - 70 kPa (7 t/sq m)
• Minimal water absorption - suitable for external and internal insulation
• Easy to process, cut and install
• Stable shape and long-lasting durability
• Environmentally friendly product - free of harmful substances

Application:

• External thermal insulation of facades (ETICS systems)
• Insulation of under-roof spaces
• Internal insulation of walls and ceilings
• Floor and ceiling structures with requirements for sustainability and energy efficiency