Avery Dennison, Texaid Pilot Using RFID Technology for Garment Sorting in Europe

Why It Matters

The pilot shows RFID can meet EU regulatory pressure while dramatically improving sorting speed and data transparency, a critical advantage for the textile recycling value chain.

Key Takeaways

• RFID sorting achieved 99.9% identification accuracy.
• System processes 60 garments per minute, three times faster.
• Pilot demonstrates scalable solution for textile-to-textile recycling.
• Digital product passports drive demand for embedded RFID tags.
• Collaboration links labeling, sorting tech, and waste management firms.

Pulse Analysis

The European Union’s updated Waste Framework Directive and the forthcoming Digital Product Passport (DPP) are reshaping how post‑consumer textiles are handled. By requiring separate collection and detailed product data, the regulations push brands and recyclers toward technologies that can capture and transmit information at scale. Embedded RFID tags satisfy this need, offering a machine‑readable identifier that links each garment to its material composition, provenance, and end‑of‑life instructions, thereby closing the transparency gap between consumers, manufacturers, and recyclers.

In the pilot, Avery Dennison supplied RFID labels while Texaid provided a diverse garment database. Using Valvan’s Fibersort platform, the system read tags on 300 test items with 99.9% accuracy and sorted at a rate of one garment per second—about 60 per minute—compared with roughly 22 per minute for a human sorter. This three‑fold efficiency gain translates into higher throughput for facilities that process the 80,000 tons of textiles Texaid handles annually, and it reduces labor costs associated with manual visual inspection. The seamless integration of hardware and scanning software demonstrates that RFID can be retrofitted into existing sorting lines without major disruption.

Beyond speed, RFID generates a digital trail that feeds real‑time material‑flow analytics to brands and retailers. Detailed reporting on garment composition and recycling pathways supports compliance with the DPP and enables circular business models, such as textile‑to‑textile recycling. As more apparel companies adopt embedded RFID to future‑proof their supply chains, the technology is poised to become a standard component of the European textile circular economy, driving investment in smart sorting infrastructure and fostering cross‑industry collaboration.