For years, performance upholstery has been judged by endurance. Cleanability, durability, and resistance usually lead the conversation. Meanwhile, how a material is made often comes later. With NetZERO® BIO, The Mitchell Group reverses that order. Instead of starting at the surface, it begins with chemistry.

Specifically developed for commercial interiors, NetZERO BIO is a next-generation coated fabric platform. Rather than modifying an existing formula, the material relies on a proprietary, water-based, solvent-free process from the start. As a result, fossil-based inputs are replaced early in manufacturing. The surface uses primarily bio-attributed polyurethane, finished with silicone for durability and cleanability, and backed with recycled polyester. Together, these elements deliver performance without visible compromise.

At the same time, the material feels soft and considered in hand. It avoids the stiffness often associated with high-performance coatings. For specifiers, this distinction matters. It reduces the usual tradeoffs between comfort, appearance, and longevity when selecting seating, banquettes, or lounge pieces for high-traffic spaces. Here, performance stays quiet, supporting the environment without dominating it.

Importantly, sustainability is built in rather than added later. NetZERO BIO is PVC-free, PFAS-free, solvent-free, and Red List compliant. It meets key indoor air quality and material health benchmarks tied to LEED, WELL, and Living Building Challenge frameworks. As explored in a recent 3rings look at color-forward material innovation, this shift toward cleaner chemistry is increasingly shaping how designers evaluate finishes, not as an extra, but as an expectation.

Finally, NetZERO BIO is available in a range of textures and patterns, offering flexibility without excess. It signals a broader shift underway in commercial textiles. Performance upholstery no longer needs to justify itself. Instead, it simply proves that better inputs lead to better outcomes.

_{Images Courtesy of The Mitchell Group}