Bast Bio-Skin

The message of the project

Bast Bio-Skin sets a new standard for regenerative design, offering innovative applications across fashion, interiors, homeware, and beyond. The project merges traditional techniques with contemporary technologies to create desirable, plastic-free products that retain full biodegradability.

Bast plants play a vital role in regenerative agriculture by enhancing biodiversity, restoring soil health, and improving future crop yields, all of which contribute to reducing carbon emissions. Bast fibres are exceptionally strong and durable, traditionally used in heavy-duty fabrics and ropes. Additional benefits include excellent insulation, lightweight properties for lower carbon impact during transportation, and cost efficiency, making them a sustainable material with versatile potential.

The idea behind the project

Canussa faced challenges sourcing biodegradable vegan leather that did not contain plastics, which compromise biodegradability. CQ Studio has been developing early prototypes of leather alternatives using bast fibres, specifically flax, known for its strength and durability. This project focuses on utilising bast fibres and agricultural waste streams to produce bio-skins that are entirely free from plastics, harmful chemicals, toxic dyes, and heavy water usage.

The resulting bio-skins will be tested in collaboration with Canussa, who will design a collection of accessories to showcase the material's functionality and versatility. This partnership highlights how next-generation materials can integrate with traditional craftsmanship, preserving heritage techniques while embracing innovative technologies.

What next?

The current market lacks truly biodegradable vegan leather alternatives, as most incorporate plastics that hinder biodegradability and perpetuate environmental harm. Additionally, the production of leather alternatives often relies on resource-intensive processes, toxic chemicals, and synthetic materials, creating further ecological challenges. There is a pressing need for sustainable materials that align with regenerative principles while maintaining durability and functionality.

This project addresses these issues by utilising bast fibres, such as flax, to develop bio-skins that are plastic-free and fully biodegradable. By tapping into agricultural waste streams and combining traditional craftsmanship with eco-conscious production methods, the project minimises water usage and avoids harmful chemicals. In collaboration with Canussa, the bio-skins will be showcased in a collection of accessories, demonstrating their potential to redefine sustainable design while bridging heritage techniques with next-generation materials.