CLIMAVER® Duct Neto 360 25x3000x1190 mm

The CLIMAVER® Neto 360, developed by Isover, is a high-quality solution for air distribution systems in air conditioning and ventilation installations. Its manufacturing with high-density rigid glass wool panels ensures superior thermal and acoustic performance, as well as exceptional durability.

Designed to meet the highest demands for energy efficiency and comfort, the CLIMAVER® Neto 360 combines advanced technical features with a sustainable approach, standing out in its category.

Components and technical structure:

• Exterior face: coated with a matte aluminum sheet, reinforced with kraft paper and glass mesh that acts as a vapor barrier, preventing condensation formation.
• Interior face: includes an innovative black reinforced glass net fabric, providing great mechanical resistance and a superior aesthetic finish.
• Robust design: the panel incorporates an exclusive tongue-and-groove system and edge beading that ensures structural and airtight continuity between panels.

Dimensions:

• Thickness: 25 mm.
• Length: 3 m.
• Width: 1.19 m.

Highlighted benefits:

• Air tightness Class ATC1: meets the requirements of the new RITE, minimizing air losses and optimizing the energy efficiency of air conditioning systems.
• Acoustic comfort: ensures optimal indoor air quality, significantly reducing noise in the spaces where it is installed.
• Easy installation and handling: incorporates an exclusive guide line marking for precise cuts using the MTR system. Additionally, its design reduces the risk of breakage during handling and ensures quick and secure assembly.
• Sustainability: made with 55% recycled glass and fully recyclable, reaffirms the commitment to environmental care.

The CLIMAVER® Neto 360 from Isover is a comprehensive solution for air conditioning projects that demand high standards of performance and sustainability. Its innovative design, combined with ease of installation, makes it a reliable option for construction and renovation professionals, ensuring energy efficiency, acoustic comfort, and a reduced environmental impact.