Circular Architectural Biotextiles
ABOUT
(Un)woven is an Award-winning design studio
Material and product lifecycles take a central role within our research and production work resulting in unique concepts that emphasise circularity over plain longevity. We design lightweight and durable materials, perfect for product and interior design applications, showcasing both strength and an arresting appearance.
OUR PROCESS IN ESSENCE
Upcycling inferior materials
Our creative technologies transform previously existing resources into valuable, new assets.
Novel dyeing process
We use natural pigments to create unique, effusing patterns, ensuring our materials are both exquisite and sustainable.
unique closed-loop production
Our circular production method allows for repeated recycling at the end of life.
PORTFOLIO
We work one-on-one with you to customise the manufacturing process and final design according to your needs within the areas of:
Interior architecture
Furniture design
Surfaces
Accessories
explore our services
Fibre transformation
We specialise in converting unrecyclable fibres into innovative biotextile products, reducing environmental impact.
Custom Design Service
Our team offers bespoke design solutions, tailoring all of our material solutions to meet specific client needs.
Collaboration
We partner with your specialists to discover novel solutions individualised to your particular requirements.
WE GO BEYOND JUST TRANSFORMING UNCELEBRATED MATERIALS
For us it is about the commitment to develop biotextiles that prioritise recyclability and usability. Our dedication drives us to continuously explore new techniques and processes that benefit both the environment and the industry. By focusing on resource transformation we create novel materials that push the boundaries of design and can be repurposed repeatedly.
Join the fibre revolution
We invite you to explore the endless possibilities of our materials that not only serve a functional purpose but also tell a story of metamorphosis, blending artistry with sustainability.