Clothing, textile, footwear, and accessories retailers selling directly to consumers in the European Union must prepare for new consumer information requirements that take effect on 27 September 2026, under Commission Implementing Regulation (EU) 2025/1960.
The regulation is designed to help consumers make more informed and sustainable purchasing decisions by increasing awareness of product durability and their legal warranty rights. To achieve this, the European Commission has introduced a harmonised legal guarantee notice that retailers will be required to display at the point of sale, both online and in physical stores.
For most apparel, footwear, and textile businesses, the new EU rules will not require changes to product labelling. The primary obligation is to provide consumers with standardised information about their legal guarantee rights before purchase. Only companies offering qualifying long-term durability guarantees will need to display the GARAN label (EU label that may be used when a company voluntarily offers a commercial durability guarantee).
For more information, please see the European Commission’s website here.
Large companies operating in the European Union will no longer be allowed to destroy unsold clothing, clothing accessories, and footwear from 19 July 2026, under new requirements introduced through the Ecodesign for Sustainable Products Regulation (ESPR). Medium-sized companies will be required to comply with the ban from 2030, while small and micro businesses are exempt.
The measure aims to reduce textile waste by encouraging companies to resell, donate, repair, refurbish, or otherwise reuse unsold products instead of discarding them.
Destruction is permitted only in limited cases, such as for unsafe, damaged, or counterfeit products, and companies must document any use of these exemptions. National authorities will monitor compliance and may impose penalties for violations.
The ban is one of the first measures under the ESPR and supports the EU's transition towards a more circular and resource-efficient economy.
For more information, please see the European Commission’s website here.
On 9 July 2026, France took a historic step to reduce the environmental footprint of the textile industry with the promulgation of Law No. 2026-602 on 8 July 2026, targeting "ultra-fast fashion" head-on.
This legislation defines ultra-fast fashion as industrial and commercial practices characterised by marketing a high volume of new product references with minimal incentives for repair, which ultimately shortens the products' usable lifespans
To dismantle this model, the law institutes a strict advertising ban starting 1 January 2027, which completely prohibits advertisements for these products and brands, including the promotional use of the word "free" and bans commercial influencers from promoting ultra-fast fashion, backing this up with administrative fines of up to €100,000. Online marketplaces must now prominently display the manufacturing locations of garments right next to the price tag in an equal font size, while also displaying clear, legible messages that encourage responsible consumption, repair, and recycling. On the financial side, ultra-fast fashion producers are stripped of certain corporate donation tax reductions and face a steep, sliding scale of EPR financial penalties per product, starting between €0.25 and €12 in 2026, and escalating to between €2 and €20 by 2030, with a portion of these contributions directly funding domestic collection, sorting, and recycling infrastructure.
For more information, consult the “Vie publique” website here.
Denmark's national ban, Executive Order BEK no. 464, on PFAS in clothing, footwear, and certain waterproofing products for consumers officially entered into force on 1 July 2026, introducing new compliance obligations for manufacturers, importers, and retailers. The measure forms part of the Danish government's PFAS Action Plan and aims to reduce environmental emissions and consumer exposure to PFAS, often referred to as “forever chemicals” due to their persistence in the environment.
Under the new rules, products containing total fluorine levels at or above 50 mg F/kg will be prohibited. They may no longer be imported or sold to private consumers in Denmark. The ban covers various consumer products, including certain rainwear, footwear, and impregnation sprays.
A transitional period allows existing inventories to continue being sold until 1 January 2027, provided the products were imported or manufactured before 1 July 2026. Businesses must also be able to demonstrate compliance, which may require obtaining documentation from suppliers and reviewing product portfolios.
Several exemptions apply, including products sold for professional use, business-to-business sales, workwear, certain personal protective equipment, medical devices, home textiles, accessories such as bags and strollers, and reused or recycled products. Companies relying on these exemptions must be able to provide supporting documentation.
On 23 July 2026, the Italian Unified Conference officially expressed a favourable opinion on the draft regulation establishing an Extended Producer Responsibility (EPR) scheme. This new framework brings clothing textiles, footwear, accessories, leather goods, and household textiles under strict circular economy rules. For companies operating in these sectors, the regulation introduces a profound shift by holding producers financially and operationally responsible for the entire lifecycle of their products. Specifically, businesses will be required to participate in a return system for products after consumer use and manage the subsequent waste, actively financing and organising efforts to strengthen reuse, prevention, recycling, and recovery.
On 23 July 2026, the Swedish government adopted a landmark national action plan to combat the widespread environmental and health threats posed by per- and polyfluoroalkyl substances (PFAS), highly persistent "forever chemicals" linked to serious conditions such as cancer and impaired immune systems. Choosing to move ahead of slower, upcoming European Union restrictions, Sweden has proposed a pioneering national ban targeting non-essential PFAS in everyday consumer products, specifically clothing, shoes, impregnation agents, kitchen utensils, cosmetics, and ski wax, which is stated to take effect on 1 January 2028.
Sweden proposes to use the same thresholds as those being discussed in the EU-Wide PFAS restriction under REACH:
For kitchenware, the limits apply to food-contact parts.
Supported by an immediate 85 million SEK budget allocation for cleanup and pilot remediation projects in 2026, the government’s multi-pronged strategy establishes six strategic focus areas to map chemical flows, enhance human and environmental monitoring, and accelerate technical development for soil and water decontamination before a scheduled national review on 1 October 2029.
On the 8 August 2026, Great Britain has updated its list of designated standards for Personal Protective Equipment (PPE), introducing a series of removal dates that could affect manufacturers, importers, and conformity assessment bodies. The changes were published in Notice of Publication 0140/26 on 7 August 2026, with the consolidated standards list updated on 8 August 2026.
The update affects a wide range of PPE products, including helmets, gloves, eye protection, hearing protection, visibility clothing, and fall-protection equipment. Several older standards will lose their designated status beginning 14 August 2026, with further removals scheduled throughout 2026 and 2027.
Loss of designation does not automatically prohibit the sale of PPE products. However, it removes the associated presumption of conformity, meaning manufacturers must demonstrate compliance with applicable health and safety requirements through alternative technical evidence and documentation.
The changes are expected to drive the transition to newer PPE standards while maintaining compliance with the UK's Personal Protective Equipment (Enforcement) Regulations 2018.
On 7 July 2026, Health Canada published a Notice of Intent signaling a proposed regulatory initiative to amend the Children's Sleepwear Regulations (CSR) under the Canada Consumer Product Safety Act (CCPSA), the first substantive review of these requirements since 1987.
This is a pre-consultation / Notice of Intent, an early procedural stage, not yet a formal proposed regulation. The feedback Health Canada receives now will inform whether Health Canada proceeds to a cost-benefit analysis and eventual pre-publication in the Canada Gazette, Part I, which would open a further, separate consultation period before anything is finalised. The comment window ran from 7 July – 14 September 2026.
The CSR scope covers flammability and toxicity (flame-retardant treatment) requirements for children's sleepwear up to size 14X. The proposal would expand the scope to explicitly capture loungewear, sleep sacks, and wearable swaddles, categories that have grown substantially in the market since the Regulations were last amended.
For more information, consult the Health Canada guidelines here.
On 2 July 2026, along with the Chinese SAC public the #30of 2026 national standard announcement, a revised national standard GB/T 29862-2026 Textiles—Technical specification for identification of fibre content was officially released and will come into force from 1 August 2027.
This standard specifies the requirements for the labelling, marking, and tolerance limits of fibre content in textile products, as well as the test methods and criteria for determining conformity.
The standard applies to the labelling of fibre content in textile products sold within the territory of China.
Summarisation of the standard revisions:
Fibre content labelling requirements
Appendix A: Lists examples of textile products that are exempt from the fibre content:
In September 2026, the Chinese State Administration for Market Regulation (National Administration for Standardisation) published several announcements which approved national standards related to textiles.
The main standard related to textiles is:
| Standard code | Standard name | Applicable scope | Implementation date | Replaced |
| GB/T 21302-2026 | General rules of plastic laminated films and pouches for packaging | This document specifies requirements for the sensory characteristics, print quality, dimensions and tolerances, and physical and mechanical properties of plastic laminated films and pouches for packaging (hereinafter referred to as “films and/or pouches”); describes the corresponding test methods; and stipulates inspection rules, marking, packaging, transportation, and storage. This document applies to the technical requirements for the grading of films and pouches manufactured by various lamination methods using different materials, such as plastic-to-plastic, plastic-to-paper, or plastic-to-aluminum foil. |
1 Feb 2027 | GB/T 21302-2007 |
| GB/T 29862-2026 | Textiles —Technical specification for identification of fibre content | This document specifies the requirements for the labelling, marking, and tolerance limits of fibre content in textile products, as well as the test methods and criteria for determining conformity. This document applies to the labelling of fibre content in textile products sold within the territory of China. Note: Appendix A lists examples of textile products that are exempt from these requirements. |
1 Aug 2027 | GB/T 29862-2013 |
| GB 1523-2026 | Sheep wool | This document establishes critical specifications, grade classifications, technical requirements, and testing guidelines for processing and trading sheep wool. | 1 Aug 2027 | GB 1523-2013 |
| GB/T 2665-2026 | Women’s suits and coats | This document specifies the requirements, inspection rules, labelling, packaging, transportation, and storage of women’s suits and coats, and describes the corresponding inspection methods. This document applies to women’s suits and coats manufactured primarily from woven fabrics such as pure wool, wool blends, wool-synthetic blends, and wool-like fabrics. This document does not apply to clothing for infants and young children aged 36 months or younger. |
1 Aug 2027 | GB/T 2665-2017 |
| GB/T 2666-2026 | Trousers | This document specifies the requirements, inspection rules, labelling, packaging, transportation, and storage of trousers, and describes the corresponding inspection methods. This document applies to trousers manufactured primarily from woven fabrics such as pure wool, wool blends, interwoven fabrics, and wool-like fabrics. This document does not apply to clothing for infants and young children aged 36 months or younger. |
1 Aug 2027 | GB/T 2666-2017 |
| GB/T 18132-2026 | Silk garments | This document defines the terminology related to silk garments, specifies requirements and inspection rules, as well as provisions for labelling, packaging, transportation, and storage, and describes the corresponding inspection methods. This document applies to silk garments manufactured primarily from pure silk (filament) woven fabrics, interwoven silk fabrics, and silk-blend fabrics containing at least 30% silk. |
1 Aug 2027 | GB/T 18132-2016 |
| GB/T 22700-2026 | Washed garments | This document defines the terminology for washed garments, specifies requirements and inspection rules, as well as provisions for labelling, packaging, transportation, and storage, and describes the corresponding inspection methods. This document applies to garments made primarily from woven textile fabrics that have undergone washing and finishing. This document does not apply to jeanswear or garments for infants and young children aged 36 months or younger. |
1 Aug 2027 | GB/T 22700-2016 |
| GB/T 26379-2026 | Textiles—Woodpulp spunlaced nonwoven | This document specifies the product classification and sets forth the technical requirements, inspection rules, marking, packaging, transportation, and storage for woodpulp spunlaced nonwoven, and describes the corresponding test methods. This document applies to woodpulp spunlaced nonwoven that are produced by hydroentangling wood pulp or wood pulp paper with textile fibres, or that have undergone functional finishing. This document does not apply to water-dispersible spunlace nonwovens. |
1 Aug 2027 | GB/T 26379-2011 |
| Standard code | Standard name | Applicable scope | Implementation date | Replaced |
| GB/T 11047.4-2026 | Textiles—Testing and evaluation for snagging resistance of fabrics—Part 4: Bean bag method | This document describes a method for determining the snagging resistance of fabrics using the bean bag method and provides criteria for evaluating snagging resistance. This document applies to woven and knitted fabrics. This document does not apply to tufted fabrics, mesh fabrics, nonwoven fabrics, or heavy or stiff fabrics that cannot be made into sock-shaped test specimens suitable for placement in a bead bag. |
01 Feb 2027 | / |
| GB/T 31126.3-2026 | Textiles—Determination of perfluorinated and polyfluorinated compounds—Part 3:Combustion-ion chromatography method | This document describes a method for determining the content of extractable organic fluorine in textiles using an online combustion-ion chromatography (CIC) system. This document applies to all types of textiles. |
1 Feb 2027 | / |
| GB/T 32015-2026 | Silk—Test method for degumming loss percentage and residual sericin content | This document describes test methods for degumming loss percentage and residual sericin content of silk products. This document applies to the degumming loss percentage of raw silk spinning materials and raw silk fabric, as well as the residual sericin content of refined dry cotton, refined cotton (cotton flakes), cotton balls (cotton strips), and silk yarn. |
1 Aug 2027 | GB/T 32015-2015 |
| GB/T 32016-2026 | Silk—Determination of amino acids | This document describes methods for the analysis and determination of the amino acid composition and content in silk. This document applies to the determination of total amino acids and individual amino acids in silk. The oxidative acid hydrolysis method described in Appendix A is applicable to the determination of sulfur-containing amino acids (cysteine and methionine) in silk, while the alkaline hydrolysis method described in Appendix B is applicable to the determination of tryptophan in silk. Note: Silk contains eighteen amino acids, including aspartic acid (Asp), threonine (Thr), serine (Ser), glutamic acid (Glu), glycine (Gly), alanine (Ala), valine (Val), isoleucine (Ile), leucine (Leu), tyrosine (Tyr), phenylalanine (Phe), lysine (Lys), histidine (His), arginine (Arg), proline (Pro), cysteine (Cys), methionine (Met), and tryptophan (Trp). |
1 Aug 2027 | GB/T 32016-2015 |
| GB/T 33285.1-2026 | Leather and fur—Determination of alkylphenols and ethoxylated alkylphenols—Part 1: Direct method | This document describes a test method for the determination of AP (NP and OP) and APEO (NPEO and OPEO) in leather and fur using liquid chromatography–mass spectrometry. This document applies to the determination of AP and APEO content in all types of leather, fur, and their products. |
1 Feb 2027 | / |
| GB/T 34673-2026 | Determination of heavy metal content in textile dyeing and finishing auxiliaries | This document describes the determination of arsenic (As), cadmium (Cd), cobalt (Co), chromium (Cr), copper (Cu), nickel (Ni), lead (Pb), antimony (Sb), barium (Ba), and tin (Sn)—as well as the method for determining the concentrations of 13 heavy metal elements—arsenic (As), cadmium (Cd), cobalt (Co), chromium (Cr), copper (Cu), nickel (Ni), lead (Pb), antimony (Sb), barium (Ba), tin (Sn), mercury (Hg), selenium (Se), and silver (Ag). This document applies to the determination of heavy metal content in all types of textile dyeing and finishing auxiliaries. |
1 Feb 2027 | GB/T 34673-2017 |
| GB/T 36929.1-2026 | Leather and fur—Determination of per- and polyfluoroalkyl substances—Part 1:Determination of non-volatile compounds by liquid chromatography | This document describes a test method for the determination of extractable, non-volatile per- and polyfluoroalkyl substances (PFAS) in leather and fur using liquid chromatography–tandem mass spectrometry (LC-MS/MS). This document applies to the determination of non-volatile PFAS content in various types of leather, fur, and their products. |
1 Feb 2027 | GB/T 36929-2018 |
| GB/T 47769.1-2026 | Textiles—Microplastics from textile sources—Part 1: Determination of collected material mass from fabrics during washing | This document describes a method for determining the amount of lint collected from a fabric after a washing cycle. This document applies to all types of fabrics. Note: There is no correlation between the amount of lint collected during household and commercial washing processes. |
1 Feb 2027 | / |
| GB/T 47769.3-2026 | Textiles—Microplastics from textile sources—Part 3: Measurement of collected material mass released from textile end products by domestic washing method | This document describes a test method for determining the mass of collected material discharged after washing finished products in a washing machine as specified in GB/T 8629. Note: This method is performed in accordance with the washing conditions indicated on the care label as specified in GB/T 8685. This document applies to all finished products made from fibres (such as natural and man-made fibres, including blended fibres), including apparel, accessories, and home textiles. |
1 Feb 2027 | / |
| GB/T 47772-2026 | Home textiles—Test method for compression and resilience | This document describes test methods for the compression and resilience of fillings in home textiles. This document applies to loose fibres, flocks, and granular or flake-like fillings of other materials used in home textiles. This document does not apply to down and feathers, latex flakes, polyurethane, or non-elastic rigid fillings. Note: Non-elastic rigid fillings include herbal materials such as buckwheat hulls and cassia seeds, or rigid flocks. |
1 Feb 2027 | / |
| GB/T 47778-2026 | Household and similar electrical appliances—Test directives for durability of antimicrobial performance | This document establishes general principles for evaluating the durability of antimicrobial performance materials used in household and similar appliances, describes test specimens and test methods, and provides criteria for evaluating test results and recommendations for labelling. This document applies to the design, production, and quality inspection of complete units, components, and materials of household and similar appliances with antimicrobial properties (hereinafter referred to as “household appliances”). |
1 Feb 2027 | / |
| GB/T 47779-2026 | Textiles—Biaxial tensile properties of woven fabric—Determination of maximum force and elongation at maximum force | This document describes a test method for determining the breaking strength and elongation at break of woven fabrics using a biaxial tensile testing machine. This document applies to woven fabrics, including those to which elastic properties have been imparted through the use of elastic fibres or mechanical or chemical treatments, as well as fabrics produced by other techniques. This document does not apply to geotextiles, nonwoven fabrics, woven glass fibre fabrics, or fabrics made from carbon fibre or polyolefin flat yarns. |
1 Feb 2027 | / |
| GB/T 47780-2026 | Textiles—Determination of methoxyacetic acid and 2-methoxyethyl acetate—Gas chromatography-mass spectrometry | This document describes a test method for determining the content of methoxyacetic acid and ethyl 2-methoxyacetate in textiles using gas chromatography–mass spectrometry (GC-MS). This document applies to all types of textile products. |
1 Feb 2027 | / |
| GB/T 47781-2026 | Textiles—Determination of N-nitrosamine compounds—High performance liquid chromatography-tandem mass spectrometry method | This document describes a test method for the determination of 15 N-nitrosamine compounds (see Appendix A) in textiles using high-performance liquid chromatography–tandem mass spectrometry (HPLC-MS/MS). This document applies to all types of textile products. |
1 Feb 2027 | / |
| GB/T 47782-2026 | Textiles—Testing and evaluation for cooling performance by absorption | This document describes methods for testing and evaluation for cooling performance by absorption of textiles. This document applies to all types of fabrics and textile products. This document does not apply to hydrophobic fabrics or fabrics with severe wrinkles, large openwork areas, or other features that may affect test results. |
1 Feb 2027 | / |
| GB/T 47783-2026 | Textiles—Tests for colour fastness—Colour fastness of printing to damp heat | This document describes a test method for determining the degree of colour change in printed textiles following dye migration under specified temperature and humidity conditions. This document applies to textiles with light-coloured prints on dark-coloured fabrics. |
1 Feb 2027 | / |
| GB/T 47784-2026 | Textiles—Testing and evaluation for fabric touch sensation—Rotor blade method | This document describes a method for testing and evaluating the tactile sensation of fabrics during contact with the skin using the rotor blade method. This document applies to fabrics with smooth surfaces and uniform structures; it may be used as a reference for non-uniform, patterned fabrics such as jacquard, lace, and openwork fabrics. |
1 Feb 2027 | / |
| GB/T 47785-2026 | Textiles—Determination of photoinitiator 907 and photoinitiator 369 | This document describes a test method for the determination of Photoinitiator 907 and Photoinitiator 369 in textiles using high-performance liquid chromatography–tandem mass spectrometry (HPLC-MS/MS). This document applies to all types of textile products. |
1 Feb 2027 | / |
| GB/T 47786-2026 | Textiles—Qualitative analysis of some bast fibres(flax, hemp, ramie) and their blends—Microscopy methods | This document describes methods for identifying certain bast fibres (flax, hemp, and ramie) using light microscopy (LM) and scanning electron microscopy (SEM). This document applies to certain mixtures of bast fibres (flax, hemp, and ramie) and their products. |
1 Feb 2027 | / |
| GB/T 47787-2026 | Textiles—Quantitative microscopical analysis—General principles of testing | This document describes a general method for quantitative microscopical analysis for various fibre mixtures. This method employs an optical microscope (LM) or a scanning electron microscope (SEM) to determine the diameter of fibres (longitudinal images) or the area of the fibre cross-section (cross-sectional images). Typical fibre densities are provided in Appendix A. This document applies to fibre mixtures that are difficult to separate by manual or chemical methods, such as cashmere and wool, cotton and flax, and flax and hemp. Note: Longitudinal images are used when the cross-sectional shape is circular or approximately circular; cross-sectional images are used when the cross-section has other shapes. FZ/T 01057.3 provides example images of the longitudinal and cross-sectional views of selected fibres. |
1 Feb 2027 | / |
| GB/T 47788-2026 | Textiles—Test method for accelerated hydrolysis of textile materials and biodegradation under controlled composting conditions of the resulting hydrolysate | This document describes a test method for determining the biodegradability of textile materials by measuring the carbon dioxide release under controlled composting conditions from the hydrolysis products obtained through accelerated hydrolysis of textile materials, using non-dispersive infrared spectroscopy and other suitable methods. This document applies to petroleum-based synthetic biodegradable textile materials made from polyethylene terephthalate (PETs), polycaprolactone (PCL), polypropylene carbonate (PPC), polybutylene succinate (PBS), or their copolymers, as well as other biodegradable textile materials. |
1 Feb 2027 | / |
| GB/T 47791-2026 | Leather—Physical and mechanical tests—Determination of resistance to grain cracking and grain crack index | This document describes test methods for determining the resistance to grain cracking and grain crack index of leather grain. This document applies to the determination of the resistance to grain cracking and crack index of leather grain. |
1 Feb 2027 | / |
| GB/T 47793-2026 | Leather—Physical and mechanical tests—Determination of water absorption:capillary action | This document describes a test method for determining the water absorption of leather using capillary action. This document applies to the determination of water absorption in all types of leather. |
1 Feb 2027 | / |
| GB/T 47794-2026 | Leather and fur—Chemical tests—Determination of the content of bisphenols | This document describes a test method for the determination of bisphenol compounds (solvent-extractable fraction) in leather and fur by liquid chromatography. This document applies to the determination of bisphenol A, bisphenol B, bisphenol F, and bisphenol S in all types of leather, fur, and their products. Note: If a laboratory has validated this method for other bisphenol compounds, it is also applicable for the detection of those compounds. |
1 Feb 2027 | / |
| GB/T 47912-2026 | Determination of medium-chain chlorinated paraffins (MCCPs) in textile dyeing and finishing auxiliaries | This document describes a method for determining medium-chain chlorinated paraffins in textile dyeing and finishing auxiliaries using gas chromatography–electron capture negative chemical ionization mass spectrometry (GC-ECNI-MS). This document applies to the determination of medium-chain chlorinated paraffins with a chlorine atom count of at least 5 in various types of textile dyeing and finishing auxiliaries. |
1 Feb 2027 | / |
Below you will find a monthly summary of product recalls and alerts in Europe (Source: “Safety Gate (RAPEX)”).
Safety Gate (RAPEX) (European Commission Rapid Alert System for dangerous non-food products – Alerts reported by EU national authorities).
The following seven alerts regarding clothing, textile and fashion items were reported between week 29 and week 32 of 2026.
| Type of risk | Number of alerts | Notes |
| Chemical | 1 | Children's clothing The casings of the heart and bow-shaped brooches have an excessive concentration of cadmium. The product does not comply with the REACH Regulation. |
| 2 | Cap The product contains formaldehyde. The product does not comply with the REACH Regulation. |
|
| 1 | Gardening gloves The plastic material of the product has an excessive concentration of dibutyl phthalate (DBP). The product does not comply with the REACH Regulation. |
|
| 1 | Handbag The leather in the product contains chromium VI. The product does not comply with REACH Regulation. |
|
| Environment | 1 | Children’s rain jacket In the outer fabric areas of the product, the detected concentrations of C9–C14 PFCA related compounds are exceeding the limit values. The product does not comply with the REACH Regulation. |
| Strangulation | 1 | Children's jacket The product has long drawstrings with free ends at the level of the neck. The product does not comply with the General Product Safety Regulation nor with EN 14682 |
From the 6 August 2026 to the 27 August 2026, the CPSC (Consumer Product Safety Commission) published the following recall: 1 recall of textile & leather products
| Hazard | Number of alerts | Notes |
| Entrapment | 1 | Children’s clothing The drawstrings in the recalled clothing can get caught on objects and cause death or serious injury to children due to an entrapment hazard. |