Thermal Roofing and Panels

Isoart roofing and panels for coverings and facades. Available with or without EPS/PIR thermal insulation, offering energy efficiency and durability.

Advanced thermal solutions for coverings and facades. Our roofing and panels offer excellent thermal insulation, reducing energy costs and increasing comfort.

Thermal Roofing

Roofing with PIR or EPS core and double coating with galvalume steel sheets or film, ideal for coverings with excellent thermal insulation.

Facade and Side Closure

Versatile panels for facades and side closures, offering insulation and aesthetics.

Clean Room

Special panels for environments requiring contamination control.

Cold Storage

Robust and efficient panels for cold storage insulation, ensuring ideal temperatures.

Superior Thermal Insulation

EPS/PIR cores provide excellent thermal insulation, reducing energy consumption for climate control and ensuring indoor comfort.

Lightweight and Structural Efficiency

Lightweight materials reduce structural load, allowing for more economical foundations and faster installation.

Durability and Strength

Galvalume steel coating ensures high corrosion resistance and long lifespan, even in harsh environments.

PIR: The Protective Shield Against Fire Spread

The performance of Polyisocyanurate (PIR) in fire situations is one of its greatest advantages, offering an essential passive protection layer for any building. Unlike other materials, PIR does not contribute to the spread of flames.

When exposed to fire, the PIR panel core reacts uniquely: it forms a stable and insulating carbonized layer on its surface. This carbon barrier acts as a protective shield, performing three crucial functions:

01

Prevents Spread: The carbonized layer significantly slows material burning, containing the fire focus and preventing flames from spreading through the structure.

02

Protects the Core: Insulates the rest of the panel from intense heat, maintaining structural integrity for longer.

03

Low Smoke Emission: Contributes to keeping escape routes more visible and safe.

The test shown in the images proves this efficiency. Even under the direct action of a 30kW burner for 30 minutes, the fire was restricted to the contact area. At the end, the result was only superficial carbonization, with the rest of the panel intact and without any fire spread, demonstrating why PIR is the safest and smartest choice for your project.