DISSOLVABLE THREAD TECHNOLOGIES
Circularity Starts at Thread Level.
We engineer textile construction for controlled disassembly – enabling pure material separation at end of life.
Engineering Circularity into Textile Construction.
Most textile products are built to last – but not to be disassembled.
Blended materials, complex constructions and conventional seams prevent efficient recycling.
Circularity fails at end of life because materials cannot be separated.
The Smallest Component Determines Recyclability.
In textile construction, threads often determine whether a product can be disassembled and recycled.
While conventional fabrics and garments are built for durability, they often prevent efficient material separation and complicate material recovery at end of life.
Our patented textile construction technologies integrate design for disassembly directly into stitching, weaving and knitting processes.
Because circularity starts where textile structures are created.
Engineered in Switzerland. Ready to scale globally.
Designed for Disassembly.
Three Technologies.
One Construction Principle.
STITCHLOCK™ Enables disassembly along the seams, allowing garments and multi-component textile products to be separated at end of life.
WEAVELOCK™ Integrates circular construction principles directly into woven multi-material textiles, enabling pure material separation at end of life.
KNITLOCK™ Applies the same construction logic to circular knitting systems, enabling controlled separation within knitted textile structures.
Industrial by Design.
Easy to Implement.
We provide the technologies that enable yarn manufacturers to produce dissolvable threads for sewing, weaving and knitting.
Our technologies integrate into existing industrial textile manufacturing and are licensed to partners across the industry.
No new machinery. No disruption of established supply chains.
Our Technologies Support
Higher Material Recovery
Improved Recycling Quality
Circular Product Design
Longer Product Lifecycles
Our Partners
Trusted by leading partners across the textile value chain.
