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Mycelium tiles: naturally superior

Discover the green revolution in acoustic insulation with our acoustic mycelium tiles. Designed to attenuate reverberation and improve sound quality in indoor environments, our tiles are not only functional but also completely sustainable.

Environmentally friendly features:

  • Sustainability: made from mycelium, the 'nervous system' of fungi, these tiles are the result of a completely natural growth process using organic waste. Without the use of chemicals, our tiles are completely biodegradable at the end of their life, reducing their environmental impact.
  • Acoustic efficiency: the unique structure of the mycelium not only supports sustainable growth but also offers excellent sound absorption properties. This means less echo and noise, for a quieter and more pleasant environment.
  • Thermal insulation: in addition to its acoustic properties, mycelium provides natural thermal insulation, helping to keep rooms warm in winter and cool in summer.
  • Aesthetics and versatility: with a refined and natural appearance, our tiles blend harmoniously into any interior design, offering an aesthetically pleasing as well as functional solution.
  • Ease of installation: light and easy to handle, our mycelium tiles are easy to install on any surface, without the need for special tools or invasive intervention.
  • Zero impact: committed to the protection of the planet, we ensure that the production process of our mycelium tiles is zero impact. From material recovery to production, every step respects the strictest environmental ethics.

Integrate acoustic mycelium tiles into your design and contribute to the creation of healthier, more comfortable and environmentally friendly spaces. Choose sustainable innovation, choose the future.

Rectangular tiles - 12 piece kit - 35 mm thick

€189.00Price
VAT Included
  • Our kit consists of 12 mycelium tiles for a total surface area of 1 m2.

    Each tile has dimensions of 25cm * 30cm.

    Thanks to its texture, the product is able to reduce up to 70% of acoustic emissions at 1000 Hz.

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