BAUX Acoustic Wood Wool
BAUX Acoustic Wood Wool is produced from wood wool made from sustainably managed FSC and PEFC-marked forests, cement, and water. Combining these natural materials creates several functional benefits in an ingenious combination. Wood Wool fibres retain heat, provide insulation and offer excellent sound absorption. Cement, a proven building material, binds the wood wool to provide strength, moisture resistance, and fire protection. BAUX Acoustic Wood Wool products also have very low VOC.

BAUX Acoustic Pulp
BAUX Acoustic Pulp is a bio-based material of blended origins, giving every panel a unique and naturally variegated look. Acoustic Pulp is made of sustainably harvested Swedish fir and pine trees, recycled water, non-GMO wheat bran, potato starch, plant-derived wax and citrus fruit peels. No chemicals are added to the product. The ingredients are mixed with water and fed into a 3D mould.

BAUX Acoustic Felt Recycled PET
BAUX Acoustic Felt Recycled PET is made from the excess of unwanted plastics in the world. Only a tiny fragment is recycled and reused into new products, and a devastatingly large amount is still going to the landfill or burned to generate energy. By selecting a product made out of recycled PET, you contribute to a more sustainable world. BAUX can present a post-consumer GRS-certified source of recycled PET, accredited by IOAS and sourced from various recycling entities across Europe. The material consists of 100% PET, where 60-65% is post-consumer recycled – it is also 100% recyclable.

BAUX Acoustic X-FELT
BAUX Acoustic X-FELT is made from 100% polyester, with 15% post-consumer recycled content. BAUX has selected a GRS-certified source of recycled PET, accredited by IOAS and sourced from various recycling entities across Europe. BAUX Acoustic X-FELT does not have any fire treatment additives, preserving the product’s sustainable integrity. By carefully selecting ultra-fine-, high-quality polyester fibres and precisely composing and processing the fibre mix, we have eliminated the key fire components: access to oxygen and fuel. This innovative approach ensures both superior fire safety and a commitment to environmental sustainability.