Radiant Matter develops biodegradable embellishments that create shimmering, metallic effects using structural color from renewable cellulose. Their BioSequin™ offers a sustainable, non-toxic alternative to plastic sequins, reducing microplastic pollution for fashion and consumer goods.
Funding
Funding not disclosed
Founders
Product
Problem
Traditional sequins are petroleum-based plastic microplastics that contribute to environmental pollution and often utilize toxic colorants and fixatives. The fashion and textile industries face significant challenges in sourcing sustainable, high-performance decorative materials that align with circular economy principles.
Solution
Radiant Matter engineers naturally shimmering structural color materials, beginning with BioSequin™, a biodegradable embellishment derived from renewable cellulose. This innovation provides a vibrant, metallic sheen without relying on petroleum, minerals, or metals, thereby reducing microplastic pollution and eliminating toxic components. BioSequin™ offers a sustainable alternative for decorative applications in textiles and consumer goods, supporting an ethical supply chain and contributing to environmental health. The company's approach shifts industry dependence on traditional, environmentally detrimental resources towards nature-inspired, circular material solutions.
Target Audience
Primary customers include fashion brands, textile manufacturers, and consumer goods companies seeking sustainable and aesthetically advanced decorative materials.
Features
- BioSequin™: Biodegradable embellishment produced from renewable cellulose feedstock.
- Structural Coloration: Achieves shimmering, metallic effects through light interference, not pigments or coatings.
- Non-toxic and Pigment-Free: Eliminates the use of harmful colorants and fixatives.
- Mineral and Metal-Free: Avoids reliance on mined resources, promoting an ethical supply chain.
- Colorfast and Durable: Maintains aesthetic integrity and performance in textile applications.
- Microplastic Reduction: Offers a sustainable alternative to conventional plastic sequins, mitigating environmental pollution.
- Circular Economy Alignment: Designed for biodegradability and reduced environmental impact throughout its lifecycle.