Wall panels with polyisocyanurate (PIR)
- High thermal insulation
- High fire resistance
- Load capacity
- Moisture resistance
- Flexibility/simplicity/speed of construction construction
- Easy to clean/washable material
- Lightness of construction (in some cases, the possibility of construction without a foundation)
Product description
Technical characteristics
Advantages
Thermal Insulation
PIR Wall sandwich panels, with their three-layer construction and fire-resistant PIR core, provide excellent thermal insulation, while their low thermal conductivity (0.022 W/mK) helps reduce heating and cooling costs. These CE-marked and EN-14509 certified panels are durable and easy to install.
Cost-Effective
Sandwich panels are more affordable than traditional construction materials. Their finished, treated surface eliminates the need for additional facade cladding and repair work, which reduces construction costs. Additionally, the combination of energy efficiency, thermal insulation, and durability significantly lowers overall expenses during the construction process.
Fire Resistance
PIR Wall sandwich panels feature fire-resistant PIR insulation and low thermal conductivity (0.022 W/mK), ensuring energy efficiency. They are CE marked and EN-14509 certified, providing durability and safety.
Lightweight Construction
Sandwich panels are much lighter than traditional construction materials. Their lightweight nature allows for a reduction in foundation costs, as the panels can be easily installed without the need for heavy lifting equipment.
Eco-Friendly
PIR sandwich panels stand out for their energy efficiency, making them an environmentally friendly product. The materials used in their production are non-toxic and recyclable, which helps reduce waste and supports the development of sustainable construction practices.
Endurance
one of the key advantages of PIR wall sandwich panels is their durability. They are specifically designed to withstand harsh environmental conditions, including high temperatures, strong winds, and prolonged exposure to ultraviolet radiation. The panels retain their original appearance and properties over the years.