VANK x Instyle BIO TILE

Instyle Interior Finishes

BIO TILE is a pioneering sustainable sound-absorbing tile made from a biocomposite of flax and hemp fibres, shaped using advanced forming technology to create a dimensionally stable product. This innovative tile serves as an eco-friendly alternative to traditional petroleum-based polyurethane (PU) and polyethylene terephthalate (PET) acoustic solutions, providing the architecture and interior design industry with a product that prioritises ecological impact while delivering high performance.

In an industry heavily reliant on synthetic polymers, which carry significant ecological risks due to their production emissions, BIO TILE stands out by maximising the use of renewable and biological resources. Its 100% biomaterial composition foregrounds circularity and resource efficiency, offering sound attenuation that rivals conventional synthetic materials. The tile harnesses the unique properties of bast fibres, combining hemp and flax biomass with a biopolymer matrix to create an effective acoustic solution.

A key aspect of BIO TILE’s design is its hollow shell construction, which allows for installation with various acoustically porous internal infill panels, utilising existing manufacturing processes and established clip mounting systems for easy attachment to interior wall surfaces. Environmental considerations were central to its development, with hemp chosen for its rapid CO2 absorption capabilities, the use of agricultural waste to reduce processing energy, and production powered by renewable energy to minimise emissions.

BIO TILE represents a shift in the relationship between human design and the natural environment, promoting the use of renewable resources and reducing reliance on synthetic materials. As demand for sustainable interiors grows, BIO TILE’s bio-based composition, superior acoustic performance, and organic aesthetic make it an ideal choice for those seeking to meet both human health and environmental needs. This product not only meets the functional requirements of acoustic solutions but also encourages a more sustainable and mindful approach to building and design.

Photography by VANK