The CLIMAVER® Plus R 360 duct, manufactured by Isover, is a state-of-the-art solution in self-supporting ducts designed for air conditioning and ventilation systems in buildings of any type. Made from high-density glass wool, it stands out for its high thermal and acoustic performance, as well as its commitment to environmental sustainability.
The technical design of this panel incorporates unique features that ensure exceptional performance:
- Outer face: coated with a matte aluminum sheet, kraft paper, and glass mesh that act as a vapor barrier, preventing condensation and ensuring the durability of the system.
- Inner face: also coated with reinforced matte aluminum and kraft paper, enhancing protection and long-term resistance.
- Male edge: designed with a matte aluminum edging to ensure a tight and continuous joint between panels.
- Glass veil: present on both sides of the panel, increasing structural rigidity and facilitating handling on site.
Dimensions:
- Thickness: 25 mm.
- Length: 3 m.
- Width: 1.19 m.
Main benefits:
- Superior airtightness: classified as Class ATC1 under the new RITE, ensuring maximum energy efficiency by reducing air leaks in the system.
- Acoustic insulation: improves indoor environmental quality by reducing noise, providing greater comfort in homes, offices, and industrial spaces.
- Ease of installation: thanks to its exclusive line marking system for precise cuts (MTR system) and the tongue-and-groove design, assembly is quick and secure. The edging of the inner male edge ensures structural continuity without interruptions.
- Sustainability: made with 55% recycled glass, this product is fully recyclable, positioning it as a responsible solution for the environment.
The CLIMAVER® Plus R 360 is designed to meet the highest demands in thermal and ventilation installations, combining energy efficiency, acoustic comfort, and sustainability. Its innovative design facilitates installation and guarantees long-lasting performance, making it an ideal choice for modern construction and renovation projects.