Disclaimer: This guide provides general information about PPE product standards and documentation. It is not legal or compliance advice. Requirements vary by market and product type. Buyers should consult the relevant authorities, accredited test labs, and qualified compliance professionals for current requirements. Product-specific documentation is reviewed with qualified buyers on request, where applicable.
Why Documentation Matters In PPE Supply
If you distribute PPE, your buyers will eventually ask you for documents. Safety managers ask for test reports. Importers ask for declarations. Catalog teams ask what standard a product meets. The documentation you can show becomes part of the product you sell.
That is why serious distributors ask for documentation up front, at the quoting stage, not after the goods ship. The right time to confirm which standards apply to a product is before the order, while the specification is being written and samples are being approved.
Two rules make this simple: standards attach to products, not to suppliers, and documentation is only useful when it matches the exact product being quoted.
Management System Standards: ISO 9001, ISO 14001, ISO 45001
Management system standards describe how a facility runs, not how a specific product performs. They are still worth reviewing, because consistent manufacturing is what keeps your repeat orders consistent.
ISO 9001 covers quality management: documented processes, quality control checkpoints, corrective action when something goes wrong, and continuous improvement. It is the baseline document most distributors ask for first.
ISO 14001 covers environmental management: how the facility handles waste, chemicals, and environmental controls in daily operations.
ISO 45001 covers occupational health and safety management: worker safety processes, incident handling, and safe working conditions on the production floor.
When reviewing these documents, check that the certificate covers the actual manufacturing site you are buying from, that the scope matches the product category, and that the certificate is currently valid. A certificate issued to a different facility or an expired document does not support the order in front of you.
Hand Protection Standards: EN 388, ANSI/ISEA 105, EN 407, EN 12477
Hand protection standards apply to specific glove models, where applicable. They do not transfer across a catalog.
EN 388 covers mechanical performance. Under EN 388:2016+A1:2018, the marking has positions for abrasion resistance, circular-blade (Coupe) cut resistance, tear resistance, and puncture resistance, followed by the ISO 13997 straight-blade cut-resistance result, graded A through F when tested. An X means that a result is not reported for that position, for example because the test was not performed or is not applicable; it is not a performance level. An additional P identifies a pass in the optional impact-protection test. Read each result separately against the exact model's test report; the marking is not a single overall protection score.
ANSI/ISEA 105 is the North American classification, best known for its cut levels, rated from A1 through A9. US buyers frequently reference ANSI cut levels when specifying gloves for construction and industrial crews.
EN 407 covers heat and flame performance for gloves: burning behavior, contact heat, convective heat, radiant heat, and small or large splashes of molten metal.
EN 12477 is the specific standard for welding gloves, combining mechanical and heat requirements for welders.
The practical takeaway for distributors: when a buyer asks for a cut-rated glove, ask which rating system they mean, EN 388 or ANSI/ISEA 105, and confirm the specific model and test documentation with your supplier before quoting.
Selling Into The EU: CE / EU PPE Regulation 2016/425
Gloves and protective wearables sold into the European Union fall under the EU PPE Regulation 2016/425, where applicable. The regulation places PPE into categories by risk level, and the category determines what documentation is required.
Category I covers the minimal risks listed in Annex I of the regulation. Category II covers risks other than those listed in Categories I and III. Category III covers the specifically listed risks that may cause very serious consequences, such as death or irreversible damage to health. Its heat-related entry concerns high-temperature environments with effects comparable to an air temperature of at least 100°C, which may include infrared radiation, flames, or large splashes of molten material. Welding use alone does not make a glove Category III: classification depends on the risks the specific product is intended to protect against, as defined in Annex I.
The documents that matter here are the EU Declaration of Conformity, the CE marking applied to the product, the technical file, and the instructions for use. For Category III products, ongoing conformity checks also apply.
If your market includes the EU, confirm the product's category, the declaration, and the technical file with your supplier during the specification stage, not after production.
Reference: Regulation (EU) 2016/425, Annex I: risk categories of PPE.
Protective Clothing Standards: EN ISO 11611, 11612, 13688
Welding wearables and other protective clothing reference a different family of standards than gloves, where applicable.
EN ISO 11611 is the standard for protective clothing used in welding and allied processes. It defines performance classes for garments exposed to sparks, spatter, and radiant heat.
EN ISO 11612 covers protective clothing against heat and flame, with performance levels for convective heat, radiant heat, molten splashes, and related exposures.
EN ISO 13688 defines common requirements for protective clothing: sizing, labeling, and general performance requirements that garments must meet as a base, alongside their specific protective standards.
For distributors building a welding range, the useful habit is mapping each wearable to its applicable standard in your catalog data, so buyer questions can be answered from the spec sheet, not from memory.
High-Visibility And FR Standards: EN ISO 20471, ANSI/ISEA 107, NFPA 2112
High-visibility garments are specified by visibility class, and flame-resistant garments by their fire test basis, where applicable.
EN ISO 20471 is the European high-visibility standard, classifying garments by the visible area of fluorescent background material and retroreflective tape. Class 3 is the highest visibility class.
ANSI/ISEA 107 is the North American high-visibility standard, defining performance types and classes used by road, utility, and industrial buyers in the US market.
NFPA 2112 is the standard for flame-resistant garments for protection against flash fire hazards, referenced by industrial safety programs where flash fire exposure exists.
For FR hi-vis products, both functions must be verified: the visibility class and the flame resistance basis. A product that is only hi-vis, or only FR, is a different item than one documented for both.
How To Request And Review Documentation
A practical documentation request covers four things: the certificate or test report, the product it applies to, the facility it was issued for, and its validity period.
- Ask for the certificate copy, not just a claim that it exists
- Check that the certificate scope covers the product category you are buying
- Match test reports to the exact product model being quoted
- Confirm the certificate covers the actual manufacturing site
- Check validity dates and renewal status before repeat orders
- Tie documentation review into sample approval, before bulk production
Suppliers who work with distributors document-first will answer these questions quickly, product by product. Hesitation or vague answers at this stage predict problems later in the order.
Verify By Product, Not By Supplier
The most common mistake in PPE sourcing is treating a certificate as a supplier-wide badge. It is not. A test report for one glove model says nothing about a different model, and a welding jacket standard does not transfer to a pair of spats by association.
Build the habit into your spec sheets: for every SKU, record the applicable standard, the document reference, and the validity date. When the supplier updates a material or construction, re-confirm the documentation with the new sample.
Done consistently, this turns standards from a sales conversation into a catalog asset. Your sales team can answer buyer questions instantly, and your buyers can trust that the answer refers to the exact product they are purchasing.
At Graato Exports, ISO 9001, ISO 14001, and ISO 45001 documentation is available for qualified buyer review, and product-specific standards are discussed per application, where applicable, during the specification and sample stage.