With the need for accessible sound-dampening technology more apparent than ever, TURF Design offers Hex tiles, a collection of wall-mounted felt sections that feature sound-absorbing technology.
The geometrically patterned 3D wall tiles improve the character and texture of any space with their unique interlocking triangle design. The Hex tiles are made from sustainable 9mm PET felt which naturally contains multi-tone variation, providing subtle color fluctuation for a more nuanced overall look.
Hex tiles come in an array of bright colors suited for creative spaces as well as a range of refined colors for more conservative spaces. The texture choices vary widely as well from comfy fabric to wood grain. Upon request, the texture and color of the Hex tiles can be matched to existing interior design arrangements.
Image Credit: Design Milk
What's Driving This Trend
- Sound-absorbing Decor
- Designing sound-dampening elements into decor, like Turf Design's Hex tiles, can add texture and character to spaces while reducing noise pollution.
- Sustainable Materials
- Using environmentally-friendly materials like Turf Design's 9mm PET felt for a wide range of products can improve product sustainability and appeal to eco-conscious consumers.
- Customizable Textures
- Offering custom textures for products like Turf Design's Hex tiles can provide customers with tailored solutions and help businesses stand out in a crowded market.
Who This Affects Most
- Interior Design
- Incorporating sound-absorbing design elements into interiors can improve functionality and aesthetics, as demonstrated by Turf Design's Hex tiles.
- Acoustics
- Developing new sound-dampening technologies and materials, like those used in Turf Design's Hex tiles, can help architects and builders improve acoustics in a wide range of spaces.
- Sustainable Materials Manufacturing
- Manufacturing businesses that specialize in sustainable materials, like Turf Design's 9mm PET felt, can capitalize on the growing demand for eco-friendly products and improve environmental impact.
