EU compliance for branded gloves used to be a sticker exercise. Since the 2024 REACH Annex XVII expansion and the 2026 microplastic restriction it is a sourcing decision. Here is what a Yiwu glove factory actually has to file for EU shipments, what changes in 2027, and the four documents your forwarder will ask for.
Three Regulatory Layers EU Buyers Now Need
EU compliance for gloves is not one rule, it is three overlapping ones, and buyers get into trouble by assuming a single certificate covers all of them. The PPE Regulation 2016/425 governs gloves sold as protective equipment - it sets Category I (minimal risk), II (medium), and III (irreversible or fatal risk) and decides whether you need a notified body. REACH governs the chemicals in the glove - dyes, coatings, finishing agents. CLP governs how any hazardous substance is labelled. A simple fashion glove may only touch REACH; a cut-resistant work glove touches all three. The first question on any EU-bound order is which layers apply, because that determines the testing budget and the lead time before you can legally sell.
REACH SVHC Substance List - What to Avoid
REACH maintains a Candidate List of Substances of Very High Concern - now well over 240 entries and growing twice a year. For gloves, the handful that actually turn up in low-cost components are the ones to watch: certain azo dyes that release aromatic amines, DMF (dimethylformamide) residue in PU coatings, phthalate plasticisers in PVC-dotted work gloves, and formaldehyde used in some cotton finishing. The threshold that triggers a disclosure obligation is 0.1% by weight per article. We screen incoming dye lots and coating batches against the current SVHC list, and a full third-party SVHC panel at SGS or Intertek runs roughly USD 280-450 per material. The cheapest way to stay clean is to source coatings and dyes from mills that already test - which is exactly why the cheapest glove is rarely the compliant one.
EN 374 Chemical Protection - Which Levels for Which Use
If your glove protects against chemicals, EN 374 is the relevant standard, and it is more granular than buyers expect. Type A, B and C describe how many test chemicals the glove resists for how long (Type A is the most demanding, six chemicals at 30 minutes permeation each). The permeation letters - the JKLMNOPRST codes you see on the cuff - each map to a specific chemical. The mistake is ordering a generic 'chemical glove' without matching the permeation set to the actual substances your end user handles. A full Type A audit costs more than a basic splash-resistant test, so we scope it to the real use case: a glove for handling diluted cleaning agents does not need the same panel as one for solvent work.
The 2026 Microplastic Restriction
The EU restriction on intentionally added microplastics, phased in from 2023, is now biting on products buyers did not expect - including some gloves. The relevant exposure for us is twofold: 3D silicone-printed logos and PVC-dotted grip patterns can fall within scope depending on particle definition, and certain glitter or textured finishes definitely do. For 2026 orders we steer EU-bound buyers toward solid silicone or embroidered logos rather than any decoration that could shed particles, and we hold alternative grip substrates that are not affected. This is a live, moving area - the Commission is still clarifying borderline cases - so the practical advice is to flag any EU destination early so we can pick a decoration method that will still be sellable in two years, not just today.
Declaration of Conformity - What Goes On It
Every PPE glove sold in the EU needs an EU Declaration of Conformity, and a surprising number of shipments get held because this one document is wrong. It must name the product and model, state the applicable regulation (2016/425) and the harmonised standards met (EN 388, EN 374, etc.), identify the notified body for Category II and III, carry an authorised signatory with date and place, and be retained for ten years after the last unit is placed on the market. It must be available in the language of each member state where the glove is sold. The most common error we fix for buyers is a DoC that lists the wrong standard version or omits the notified-body number, which is enough for a diligent customs officer to stop the container.
CE Marking on Gloves - What It Actually Means
The CE mark on a glove is not decoration and not self-applied for every category. Category I gloves (minimal risk - light gardening, basic handling) can be self-certified by the manufacturer. Category II gloves (medium risk - general work, cut protection) require an EU type-examination by a notified body before the CE mark is legal. Category III gloves (irreversible harm - chemical, high cut, thermal) require type-examination plus ongoing surveillance, either annual audits of the production or per-batch testing. The cost and lead time scale accordingly: a Category I self-cert is paperwork, a Category III certification is a multi-thousand-euro process with annual recurring cost. Putting a CE mark on a Category II glove without the notified-body certificate is illegal, and EU market surveillance does check.
OEKO-TEX versus REACH - When Each Matters
Buyers often ask for OEKO-TEX Standard 100 thinking it satisfies REACH. It does not - they are different instruments. OEKO-TEX is a voluntary textile certification that tests the finished article against a list of harmful substances and gives you a marketable label and certificate number. REACH is mandatory chemical regulation with legal force. OEKO-TEX is useful when a retail buyer specifically asks for it as a trust signal on skin-contact gloves, and it does overlap with many REACH-restricted substances, but holding OEKO-TEX does not discharge your REACH obligations and vice versa. For most B2B glove programmes, REACH compliance is the legal must-have and OEKO-TEX is the optional marketing layer on top.
Microbiological Testing for Disposable Gloves
Disposable and medical gloves add a layer the others do not have. EN 455 is the European standard for medical examination gloves, covering freedom from holes (AQL for pinholes), physical properties, and biological safety. If you are selling exam-grade gloves there is also overlap with FDA 510(k) clearance for the US market - same product, different documentary burden. The pinhole AQL is the number to watch: medical-grade typically demands AQL 1.5 or tighter on holes, versus AQL 2.5 for general industrial. We run private label nitrile to the spec the destination market requires, but the buyer has to tell us up front whether the gloves are sold as medical or general-purpose, because that single decision changes the test panel, the AQL, and the price.
Four Compliance Docs Your Forwarder Will Ask For
When an EU-bound glove container reaches the forwarder, four documents decide whether it clears smoothly: the EU Declaration of Conformity, the current EN test reports for the applicable standards, a REACH SVHC self-declaration letter, and for Category II and III gloves the PPE type-examination certificate from the notified body. Missing any one of these can hold the shipment at the border while you scramble for paperwork that should have been ready weeks earlier. We assemble this pack before bulk dispatch on any EU order and send it ahead of the container so your broker has it in hand. The buyers who get stuck are almost always the ones who treated compliance as something to sort out after the gloves shipped.
Cost Reality of Full EU Compliance Stack
Compliance is not free and pretending it is leads to under-quoted projects. Initial testing for a new style typically runs USD 1,500-4,500 depending on how many standards apply - a basic EN 388 cut test is at the low end, a full Category III chemical and PPE workup is at the high end. Recurring annual surveillance audits for Category III gloves run USD 800-1,800. A surveillance test on a changed material lot is USD 280-450. These are real numbers that belong in your cost model from day one, amortised across the order volume. On a 5,000-pair first run the compliance cost can add USD 0.30-0.90 per pair; on a 50,000-pair programme it disappears into the rounding. This is one more reason small first orders feel expensive.
What 2027 Will Likely Add
Two things on the horizon are worth planning for now. The Digital Product Passport (DPP) framework is moving toward requiring a machine-readable record of materials and compliance for a growing list of product categories - gloves are not first in line but textiles and PPE are clearly in scope over time. And the Carbon Border Adjustment Mechanism (CBAM), already live for some goods, is expected to extend its reach in ways that could touch synthetic-heavy gloves through their material footprint. Neither is a reason to panic in 2026, but both reward buyers who keep clean material documentation and traceable sourcing now, because retrofitting that paper trail later, across a supply chain you have already locked in, is far more painful than building it from the first order.
Coming to Yiwu or Hangzhou?
We host roughly 40-60 buyer visits a year. Workshop A & B run Mon-Sat; Workshop C (cut-resistant) Mon-Fri. Book a slot two weeks ahead and we can pull random samples from any active production line for you to inspect.
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