EU Updates PPE Harmonised Standards in 2026: What Welding Glove Buyers Actually Need to Check

A welding glove can arrive with an impressive line of standards on its datasheet:

EN 12477. EN 388. EN 407. EN ISO 21420. CE.

Everything looks reassuring.

But in 2026, professional PPE buyers should ask one more question:

Which edition of each standard is actually being declared?

On 16 June 2026, the European Commission published Implementing Decision (EU) 2026/1279, replacing the previous consolidated decision on harmonised standards supporting the PPE Regulation (EU) 2016/425. The new decision brings the EU's PPE harmonised-standard references into a single updated list.

For welding glove manufacturers, distributors and private-label buyers, one change deserves particular attention: EN ISO 21420:2020 together with Amendment A1:2024 is now officially referenced as a harmonised standard. 

That sounds simple. In practice, it exposes a much bigger compliance issue.

Harmonised Does Not Simply Mean “Newest”

Under Article 14 of the EU PPE Regulation, conformity with a harmonised standard whose reference has been published in the Official Journal gives a presumption of conformity with the essential health and safety requirements covered by that standard.

This is why buyers should distinguish between:

the latest technical edition of a standard, and
the edition currently harmonised under EU PPE legislation.

They are not always the same.

For welding gloves, the June 2026 list currently includes:

• EN ISO 21420:2020 + A1:2024— general requirements and test methods for protective gloves;
• EN 388:2016+A1:2018— mechanical risks;
• EN 12477:2001+A1:2005— protective gloves for welders;
• EN 407:2004— thermal risks.

That last item is especially interesting.

Although EN 407:2020 exists as a newer technical edition, the June 2026 EU harmonised list still references EN 407:2004.

For a buyer, that is exactly why checking only a catalogue headline is not enough.

The Biggest 2026 Change for Protective Gloves: EN 420 Is Finally Moving Out

EN ISO 21420 replaced the older EN 420:2003+A1:2009 as the modern general-requirements standard for protective gloves.

The 2026 EU decision now formally publishes EN ISO 21420:2020 and A1:2024 as harmonised references. At the same time, the Commission has provided a transition period: the reference to EN 420:2003+A1:2009 is scheduled for withdrawal on 16 December 2027.

This transition matters.

It does not mean that every welding glove carrying EN 420 suddenly became non-compliant on 16 June 2026.

But it does mean that manufacturers and buyers should now review documentation rather than waiting until the withdrawal date approaches.

For a new private-label project intended to remain on the European market for several years, designing documentation around an outgoing reference without checking the transition strategy makes little commercial sense.

What Should a Welding Glove Buyer Actually Check?

A CE mark alone is not enough to understand a glove's technical basis.

For an OEM welding glove, buyers should ask for the model-specific EU Declaration of Conformity, applicable EU type-examination documentation, and the exact standard editions used.

Then compare those documents with the markings and technical sheet.

For example, EN 12477 tells you that the glove has been evaluated specifically for welding applications. EN 388 addresses defined mechanical hazards. EN 407 addresses thermal hazards. EN ISO 21420 provides general protective-glove requirements.

They are complementary—not interchangeable.

A glove with a strong EN 388 cut or abrasion result is not automatically a good welding glove. Likewise, an EN 407 performance level should not be read as one universal “heat resistance score.”

The actual welding process still matters.

TIG welding may prioritise dexterity and touch. MIG/MAG or stick welding may require a different balance of heat protection, cuff coverage, leather construction and handling performance.

One More Red Flag: “Tested to” Is Not the Same as “Certified Under”

This distinction becomes increasingly important in sourcing.

A laboratory report showing that a glove passed selected tests does not automatically establish that the finished PPE model has completed the required conformity-assessment route for the EU market.

Professional buyers should connect four things:

product model → test reports → certification documentation → EU Declaration of Conformity.

If those four pieces do not describe the same glove construction, materials and standard editions, the certificate folder may look impressive while answering the wrong question.

The Better Question for 2026

The EU's latest harmonised-standards update is not a reason to panic or immediately recertify every welding glove.

It is a reason to stop treating standards as permanent numbers printed on the back of a catalogue.

For distributors and private-label welding PPE brands, the better sourcing question is no longer:

“Does this glove have CE?”

It is:

“Which standards, which editions, which model—and does the documentation still match the current EU framework?”

That small change in the question can prevent a much bigger compliance problem later.