At its newly opened pilot facility, biomaterials company Modern Synthesis created a breakthrough class of microbial materials made with nanocellulose—and this revolutionary material has the potential to create nonwoven textiles from films to soft leathers. Additionally, the material is naturally biodegradable and it has advantages over many of the petrochemical-derived materials that are relied on today.
With this first-of-its-kind and patent-pending biotechnology platform, the company developed a way to turn sugar derived from agricultural waste into a solid and fine form of cellulose biomaterial that is naturally animal- and plastic-free.
Modern Synthesis says, "This new platform presents one of the biggest advances in the textile field since the industrial era, as it offers designers and fashion brands the ability to reduce their ecological footprint while introducing a novel look and feel into their products."
Biomaterial Fashion Textiles
Modern Synthesis Creates Microbial Materials with Nanocellulose
Trend Themes
1. Microbial Materials - The development of microbial materials with nanocellulose presents opportunities for disruptive innovation in the textile industry.
2. Biodegradable Textiles - The creation of naturally biodegradable textiles from microbial materials could disrupt the current reliance on petrochemical-derived materials in the fashion industry.
3. Sustainable Fashion - The introduction of biomaterial fashion textiles has the potential to revolutionize the fashion industry by offering designers and brands a sustainable way to reduce their ecological footprint while creating new products.
Industry Implications
1. Textile Manufacturing - The use of microbial materials in textile manufacturing could disrupt the traditional reliance on petrochemical-derived materials.
2. Fashion Design - Designers could leverage the unique look and feel of biomaterial fashion textiles to introduce a new aesthetic into the fashion industry.
3. Agriculture - The development of a biotechnology platform that turns agricultural waste into cellulose biomaterial presents opportunities for disruptive innovation in the agriculture industry.