Mycelium Fiber Bio-Composite Sheet

SKU: EP-2024030201

Category: Sustainable Materials

The Mycelium Fiber Bio-Composite Sheet is a next-generation sustainable material created by combining mycelium-based bioplastic with recycled textile fibers. Grown on agricultural and cellulose-rich waste streams, the mycelium forms a natural binding matrix that fuses with shredded yarn offcuts to produce a lightweight, leather-like sheet material. This process transforms two waste sources into a functional, durable, and fully biodegradable composite.

Developed for design, packaging, and product prototyping, the sheet offers a warm, organic texture and can be thermo-formed, cut, stitched, or laminated. It supports customizable thickness, density, and surface finishes, making it suitable for artisanal goods, accessories, and interior material applications requiring circular, renewable alternatives to synthetic plastics or animal-based leather.

Key Attributes

• Material Type: Mycelium-based bio-composite
• Bio-based Content: Over 95% bio-based
• Recyclability: Fully recyclable
• Biodegradability: Biodegradable
• Fire Rating: B1
• Supply Lead Time: Approx. 15 days
• Customization: Size, format, and color adaptable

Performance Highlights

• Over 95% bio-based content
• Formed from agricultural waste and recycled textile fiber
• Low environmental impact and circular production cycle
• Lightweight, flexible, and moldable
• Suitable as a leather alternative for design applications
• Supports sustainable manufacturing standards
• Applications
• Product packaging
• Accessory design (pouches, cases, small goods)
• Craft and prototyping materials
• Interior decorative panels
• Artistic and experimental design works
• Retail product development requiring bio-materials

Why It Matters

The Mycelium Fiber Bio-Composite Sheet redefines waste as a resource—transforming mycelium growth and textile leftovers into a functional material with minimal environmental footprint. Its ability to replace synthetic plastics and animal-derived materials positions it as a meaningful contributor to circular design and sustainable product manufacturing.

This material aligns with MIOLISM’s ongoing development of future materials that integrate ecological responsibility with practical performance across design, architecture, and product innovation.