New Jersey’s biotechnology firm, Modern Meadow, in collaboration with Taiwan’s SINGTEX Group, a global eco-friendly textile manufacturer, has launched BIO-TEX™ SHIELD to the market, which was first introduced in March this year, at the Performance Days event in Munich. These innovative fibre membranes offer waterproof, windproof, and breathable protection while boasting 58 per cent bio-based content.
BIO-TEX™ SHIELD is a solvent-free and PFAS/PFC-free technology, suitable for use with bio-based fibre, paving the way for high-performance garments crafted from renewable materials. The 2-layer membrane provides both environmental conservation and wearer protection. Powered by BIO-ALLOY™, Modern Meadow’s blend of plant-based protein and biopolymer, the protein structure offers high-abrasion resistance for extended garment life. This innovation accommodates skin-out and skin-in applications, allowing for new design possibilities, including printing and dyeing at the garment stage. BIO-TEX™ SHIELD’s soft feel and design flexibility make it suitable for various outerwear and soft equipment.
In skin-in applications, BIO-TEX™ SHIELD combines with a 100 per cent cotton woven fabric, creating a product from renewable resources. The membrane is printed with P4DRYTM, SINGTEX’s recycled coffee printing technology. For skin-out applications, the membrane is applied to a blend of Cotton (69 per cent) and Polyester (31 per cent) knit fabric, showcasing futuristic high-performance bio-renewable textiles.
Catherine Roggero-Lovisi, Modern Meadow’s CEO, lauds the partnership with SINGTEX Group, emphasising innovation and purpose-driven collaborations. The BIO-TEX™ SHIELD project not only expands performance boundaries but also underscores sustainability. Jason Chen, SINGTEX Group Chairman, highlights the swift development of this new membrane, demonstrating the textile industry’s shift toward enhanced performance and sustainability, all achieved in less than a year. This collaboration marks a revolutionary milestone in textile technology.
