ISOVEGETAL® Recycled/Bio‑sourced Thermal Insulation Panels are a revolutionary solution in the construction industry, offering a sustainable and eco-friendly alternative to traditional insulation materials. These panels are crafted entirely from recycled polyester fibers sourced from used plastic bottles and post-consumer textiles, making them a truly green choice for builders and developers.

The panels boast a thermal conductivity of 0.034 W/(m·K), ensuring excellent insulation properties to enhance energy efficiency in buildings. Additionally, they are hydrophobic, lightweight, and easy to install in various building elements such as walls, ceilings, floors, and even moisture-prone areas. The production process of ISOVEGETAL® panels is waterless, solvent-free, and devoid of chemical treatments, aligning perfectly with Buitex's dedication to low-impact, closed-loop recycling practices.

These panels meet stringent European indoor air quality standards with an A+ VOC rating and hold certifications under France's RE2020 energy regulation and the ACERMI quality label. By choosing ISOVEGETAL®, builders and developers can significantly reduce embodied carbon in their projects and promote sustainable construction practices without compromising on comfort or performance.

The durability, moisture resistance, and adaptability of ISOVEGETAL® panels make them suitable for both new constructions and renovation projects. By transforming waste materials into high-value construction components, ISOVEGETAL® plays a crucial role in closing the loop in building material use and decreasing the demand for virgin resources.

• Thermal conductivity of 0.034 W/(m·K) for excellent insulation
• Hydrophobic, lightweight, and easy to install in various building elements
• Waterless, solvent-free production process with no chemical treatments
• Meets European indoor air quality standards and holds certifications for energy efficiency
• Reduces embodied carbon and promotes sustainable construction practices
• Durable, moisture-resistant, and adaptable for new and renovation projects
• Transforms waste materials into high-value construction components
• Contributes to closing the loop in building material use and reducing demand for virgin resources