One out of every five sweaters globally is made in Dalang, a town in Dongguan, Guangdong. This Pearl River Delta hub produces over 900 million garments annually, with a full-industry-chain transaction volume exceeding 72 billion yuan. The 95th International Wool Textile Organization (IWTO) Congress, held here, focused on 'Smart Weaving the Future: Wool, Health, and Digital Life', signaling a clear shift: the wool industry's competition has moved beyond fiber processing or garment making into deep integration of technology, health value, and consumer experience.
Industry Coordinates: The Dalang Sample and Global Certainty
Dalang's rise is no accident. It leverages China's largest textile production system: annual fiber processing stable above 60 million tons, garment output exceeding 70 billion pieces, and exports over US$300 billion for six consecutive years. These data support a core conclusion: China's textile industry provides indispensable 'certainty' for the global supply chain. Amid raw material price volatility and geopolitical disruptions, this scale and system advantage means more stable delivery and competitive costs for buyers.
Notably, intermediate goods exports show resilience. Chinese customs data indicates that in the first five months of 2025, textile exports grew 1.7% year-on-year, while garment exports fell 1.6%. This contrast reveals a structural shift: China is accelerating its transition from a final consumer goods exporter to a hub for intermediates like fabrics and yarns. For the wool supply chain, this means upstream wool raw materials, worsted yarns, and functional fabrics are becoming key targets for global brands and manufacturers.
Technology Variable: AI and Smart Manufacturing Reshape Cost Structures
Congress information shows AI penetration in textiles has moved from concept to practice. For example, Jiangsu Yueda Textile's 'Lighthouse Factory' reduced labor per 10,000 spindles by 70%, unit energy consumption by 15%, and processing costs by 26%. These figures rewrite the cost curve for traditional wool mills. For those long dependent on labor dividends, smart manufacturing is no longer optional but a survival imperative.
Another signal is AI's explosion in design. Semir's AI-assisted design system boosted R&D efficiency by 35% and pattern design efficiency by over 200%; Bosideng's 'AI Aesthetic Brain' cut sample development costs by over 60%. This means wool product development cycles can be dramatically shortened, enabling small-batch, multi-variety flexible production. For foreign trade firms, this translates directly into faster response to market trends—what once took weeks for sampling can now be done in days.
Consumer Shift: Health and Experience Economy Drive Wool Value Reassessment
The Congress theme juxtaposes 'health' with 'digital life', reflecting two major consumer trends. First, post-pandemic, consumer preference for natural fibers has intensified; wool, known for breathability, warmth, and biodegradability, is upgrading from a traditional winter fabric to a four-season functional material. Second, the experience economy demands products that are more than warm—they must carry emotional connection and self-expression. The rise of social media and live-streaming e-commerce gives the 'wool' category stronger content attributes and premium potential.
Global consumer markets are also polarizing. High-end markets demand sustainability certifications and animal welfare standards, while mass markets prioritize cost-effectiveness and quick response. This stratification imposes dual demands on the wool supply chain: the ability to provide certified premium raw materials (e.g., GOTS, RWS) and the capability to control costs through digitalization to meet mid-market replenishment needs.