Respetto provides a patented hybrid transformation platform that converts mixed pre‑ and post‑consumer textile waste into a high‑performance neo‑polymer suitable for injection molding and 3D printing. The modular, low‑energy plant processes all fiber types without pre‑sorting and offers over 80 proprietary Respetto®Mix formulations to tailor mechanical, aesthetic, and functional properties for fashion, automotive, nautical, and packaging applications.
Funding
Funding not disclosed
Founders
Product
Problem
The fashion and textile sectors generate millions of tons of mixed waste each year, with most garments ending up in landfills or incinerated, driving high water usage, CO₂ emissions, and resource depletion. Existing recycling streams require costly pre‑sorting and produce low‑value outputs, limiting circularity and economic viability for brands.
Solution
Respetto offers a patented hybrid transformation platform that converts pre‑ and post‑consumer textile waste—regardless of fiber composition—directly into a high‑performance secondary raw material. The process integrates state‑of‑the‑art mechanical, chemical, and materials‑engineering technologies to break down heterogeneous scraps without prior sorting. The resulting neo‑polymer exhibits plastic‑like properties, enabling injection molding and additive manufacturing for applications across fashion accessories, interior design, automotive, nautical and packaging markets. A library of more than 80 proprietary Respetto®Mix formulations lets customers tailor aesthetic, functional, or technical characteristics on demand. The plant design is compact, low‑energy, and modular, supporting remote monitoring and scalable deployment at brand or regional facilities. By delivering a market‑priced material that exceeds transformation costs, Respetto creates a financially sustainable loop for circular fashion.
Target Audience
Primary customers are fashion brands, textile manufacturers, and design firms seeking certified circular raw materials, as well as automotive, nautical and packaging companies requiring high‑performance recycled polymers for component production.
Features
- Hybrid patented process combining mechanical shredding, controlled chemical depolymerization, and advanced material engineering to handle all textile fibers without pre‑sorting
- 80+ Respetto®Mix additive formulations that customize melt flow, color, UV resistance, and mechanical strength of the neo‑polymer
- Low‑energy plant architecture with minimal electricity draw and restricted water usage, meeting stringent sustainability criteria
- Compact, modular equipment that can be scaled horizontally and operated remotely via a cloud‑based control interface
- Produced material compatible with standard injection‑molding machines and industrial 3D printers, enabling high‑volume manufacturing
- Certified secondary raw material with market value exceeding processing cost, suitable for fashion accessories, design components, automotive interiors, nautical parts, and packaging
- Integrated quality‑assurance analytics that monitor feedstock composition and output consistency in real time