The textile labeling sector is facing its most significant regulatory overhaul in a decade. China's Standardization Administration has officially issued GB/T 29862-2026, the revised "Technical specification for identification of fiber content of textiles," set to take effect on August 1, 2027, replacing the decade-old GB/T 29862-2013. The core change: fiber content must now be presented directly on physical, eye-readable labels, and digital carriers such as QR codes and RFID are no longer permitted as the sole display channel. This signals the end of the "scan-to-see-composition" practice that has become widespread in recent years.
Background
The revision targets three long-standing industry pain points: difficult access to label information, inconsistency between online claims and physical labels, and marketing jargon that obscures actual fiber properties. From a consumer perspective, issues like failed QR scans, broken links, and buried composition details have been common; the return of physical labels essentially restores the right to know. On the regulatory side, the new standard clearly divides non-compliance into two categories: "labeling non-conformity" and "deviation non-conformity." The former covers missing labels, non-standard names, and conflicting information across multiple labels; the latter includes discrepancies between labels and actual content, as well as content exceeding permissible tolerances. This provides clearer enforcement criteria.
Notably, the new standard imposes unprecedented constraints on online sales. Product pages must proactively disclose fiber composition and content, and the web display must be fully consistent with the physical durable care label. This clause directly closes the loophole where livestreams tout "pure cotton" but the received garment's label shows polyester. For e-commerce platforms and brands, this means every fabric claim on a product page will carry legal accuracy responsibility, and the old practice of "one story for promotion, another for the tag" will be explicitly deemed a violation.
Industry Impact
Standardization of fiber names is another far-reaching adjustment. Fiber labeling must now use standardized names as defined by national standards; natural fibers, chemical fibers, and down/feathers must follow corresponding national standards, with only officially approved abbreviations and synonyms permitted. Marketing aliases like "cloud cotton," "ice-feel silk," or "thermal cashmere"—often essentially polyester—cannot be used in the composition section. However, truthful descriptions of morphological features, such as "cotton (mercerized)" or "polyester (hollow)", remain permissible if factually supported. This distinction preserves functional expression while plugging the loophole of misrepresentation.
In terms of product coverage, nonwoven products are now formally included, and in response to the growing use of recycled fabrics, the standard adds labeling requirements for recycled fibers, to be executed per FZ/T 08010. It also fills gaps for novel fibers like coated and bicomponent fibers. This means not only traditional apparel companies but also home textile, industrial textile, and new material suppliers will be subject to the new rules. For linings, the rules have been relaxed: if the shell and lining have the same composition, they can be labeled together, and linings accounting for less than 15% of the product surface area need not be labeled separately—reducing compliance costs to some extent.
For the supply chain, the ripple effects are significant. Fabric buyers must incorporate fiber-label compliance into acceptance criteria when signing contracts to avoid finished-goods recalls or penalties. Brands need to align fiber names and content data with suppliers during the planning stage to ensure end-to-end consistency from fabric to garment. On the testing front, the standard also clarifies labeling methods corresponding to test results from microscopy and DNA quantitative analysis, providing more concrete guidance for in-house quality control and reducing disputes caused by differing test methods.
