Specials

Global textile trade is moving through a more complex sourcing cycle, with buyers weighing cost, reliability, material performance, and sustainability together. Wilmet Shea, General Manager, Messe Frankfurt (HK), discusses how Intertextile Shanghai Apparel Fabrics reflected those pressures, from Southeast Asian buyer flows and China’s upstream strength to AI-led workflows, traceability platforms, eco-performance fabrics, and knowledge programming.

The corporate retreat from Russia that followed the 2022 invasion of Ukraine was never as clean or swift as the initial wave of announcements suggested. Four years on, many companies are still completing exits they declared in the first weeks of the conflict. Trussardi, the Milan-based fashion house, finalised its Russian withdrawal in early April 2026, closing the last of its business units after a phased wind-down that exposed how structurally difficult departure from Russia had become.

Debate over used clothing exports often portrays receiving countries as passive endpoints for unwanted waste. The Secondary Materials and Recycled Textiles Association (SMART) argues research across African and Latin American markets shows garments arrive largely fit for resale or reuse. Consumers buy them for price, quality and practical value.

Consumer willingness to rent clothing is shaped less by ecological conviction than by confidence in what arrives at the door. A study conducted across two European markets, combining survey data from more than 4,000 respondents with qualitative focus group research, finds that odour, visible wear, and logistical friction rank consistently above environmental motivation as barriers to clothing rental adoption.

Textile recycling has long been treated as a waste management problem. A growing body of European regulation is repositioning it as a design problem—one that begins with what a product is made of, not where it ends up. New research examines how mono-material carpet construction interacts with the EU's environmental measurement framework, and finds the system significantly less settled than the policy ambition surrounding it.

Performance outerwear is among the most technically complex categories in apparel—and among the hardest to recycle. Multi-material construction, bonded membranes, and inseparable trims have long made end-of-life recovery a structural impossibility rather than a logistical inconvenience. A new research and development project is testing whether design for disassembly can change that calculus from the ground up.

High-performance outerwear has been optimised, for decades, around functional benchmarks that left little room for circular thinking. A project built around one garment—drawing on down insulation, heat-dissolvable stitching, and recycled nylon shell fabric—is testing whether that incompatibility is real or assumed. The findings, drawn from contributors across the supply chain, suggest the conflict is more a question of material selection than structural limitation.

The global garment industry has spent a decade reconfiguring its production geography in response to trade tensions, compliance pressures, and the demands of fast-moving online retail. New research now provides a detailed account of what has changed and what has not. Apparel assembly has moved, measurably and deliberately. The industrial inputs that make that assembly possible—fabrics, fibres, accessories—have stayed in China.

The gap between recyclable components and a recoverable product has long defined the limits of sustainable apparel. The Peak Performance R&D Helium Loop Anorak, built in collaboration with four specialist partners, was designed to close that gap—by treating end-of-life disassembly not as an afterthought but as the primary constraint governing every construction and material decision.

Textile collection is expanding. Recovery is not keeping pace. The gap between the two is not primarily a question of ambition or regulation—it is a question of material reality. What enters collection systems is compositionally diverse, conditionally uneven, and frequently incompatible with the processing infrastructure waiting to receive it. The scale of that mismatch is only beginning to be properly understood.