Chipacity’s Materials & Textiles sector explores the building blocks of the physical world – from the molecular level up to finished fabrics. Breakthroughs in materials science drive innovation in every other field, enabling lighter, stronger, and smarter products. In textiles, new fiber technologies and intelligent fabrics are opening possibilities in fashion, health, defense, and more. Our focus in this area is to develop advanced materials and textile technologies that are sustainable, high-performance, and market-ready for licensing.
Nanomaterials & Coatings: We develop nanostructured materials such as nanocomposites, graphene-based materials, and advanced coatings. These can impart extraordinary properties like superconductivity, enhanced battery electrodes, or self-healing surfaces. For example, Chipacity is researching battery electrode materials with nanostructures that improve charge capacity (tying into our Energy sector) and protective coatings that resist corrosion or wear for industrial applications.
Smart Textiles & Wearables: In the realm of textiles, our innovations include e-textiles (electronic textiles) that integrate sensors or conductive fibers into fabric. We are creating fabrics that can monitor health signals, regulate temperature, or generate energy (via flexible solar filaments). Additionally, we explore high-strength fibers and composites for use in personal protective equipment, aerospace textiles (like parachute or spacesuit materials), and athletic wear that adapts to conditions.
Sustainable Materials: A key theme in our materials research is sustainability. We investigate biodegradable polymers, recyclable composites, and processes that reduce the environmental impact of material production. From developing plant-based plastics to finding cleaner methods for producing cement alternatives, Chipacity aims to align materials innovation with the principles of a circular, green economy.
Chipacity’s materials and textiles research is highly collaborative, often intersecting with our other sectors (for instance, new materials for batteries or aerospace). By licensing our material innovations, companies in industries like manufacturing, healthcare, apparel, and electronics can gain access to critical material advantages without having to develop them from scratch. Our work helps partners create products that are lighter, stronger, smarter, and more sustainable – the hallmarks of next-generation materials technology.