Essential for eye safety, welding goggles protect against splashes, sparks and radiation during welding or cutting operations. They are used in industry, construction, metalworking and maintenance. This category covers several models suited to each workstation to guarantee effective protection and lasting comfort. Glasses intended for welding must provide clear vision while filtering radiation.
What standards apply to welding goggles?
Compliance relies on European standards and the employer obligations set out in the French Labour Code (art. R.4323-95) and Regulation (EU) 2016/425 on PPE. These standards set out the mechanical, optical and filtration requirements needed to ensure reliable protection.
- EN 166: general requirements (impact resistance, optical quality).
- EN 169: filtration levels for welding and cutting (shades).
- EN 175: eye and face protection for welding work.
- EN 379: automatic filters for welding processes.
Reading the marking on the lens (standard and shade) and matching it to the process are decisive: an insufficient shade causes glare, an excessive shade reduces visibility of the weld pool. As a guide, common ranges are: gas welding shade 5–6, arc welding 9–13, TIG 9–12, MIG/MAG 10–13, and plasma cutting 11–14 depending on amperage.
What types of welding goggles are there, and for which sectors?
Models meet a range of uses and on-site constraints:
- Cup-style goggles: occasional interventions or confined spaces.
- Goggles with temples: comfort for extended wear.
- Flip-up lens goggles: alternating between observation and welding.
- Infrared goggles: protection against infrared radiation.
- Can be combined with hoods or full face masks for enhanced protection.
In metalworking, boilermaking or maintenance activities, the choice depends on the process used, frequency of use and compatibility with other personal protective equipment. Goggles suited to welding improve visibility of the weld pool and contribute to the precision of operations.
To complete hand protection against splashes and heat, it is worth pairing these goggles with heat-resistant gloves suited to the process. Complete your equipment with our welding hoods and masks.
What specific points should be considered for welding goggles?
Good pairing with hoods, respiratory half masks and helmets helps maintain a correct seal and comfortable wear. Resistance to high temperatures, splashes and impact must meet the relevant standards and remain consistent with the actual conditions of the workstation.
The filtration level must match the process (arc, TIG, MIG/MAG, gas welding, plasma) and remain stable over time. For HSE managers and buyers, documentary traceability (clear marking, instructions, EU declaration of conformity) makes multi-site standardisation and audits easier.
How should welding goggles be maintained?
Regular maintenance extends lifespan and maintains effectiveness:
- Clean lenses with a soft cloth and a non-abrasive product to avoid scratches.
- Store in a rigid case, away from dust, moisture and impact.
- Check filters, frame and straps before each shift.
- Replace lenses or the equipment as soon as a bothersome scratch or deformation appears.
With regular use, plan for full replacement at least every 12 months, or sooner if an optical defect appears.
FAQ: frequently asked questions about welding goggles
How can eye strain from welding be relieved?
First check that the process, amperage and filter shade are well matched: an unsuitable shade causes rapid fatigue. Make sure the lens is clean and scratch-free to avoid light scatter. If discomfort persists, formalise field feedback and reassess the shade/process pairing as well as the frame's fit.
How can a range of welding goggles be standardised across multiple sites?
Establish a reference set by process (TIG, MIG/MAG, arc, plasma, gas welding) and by intensity range, then match the shades selected. Centralise references, instructions and EU declarations of conformity to make audits easier. Run a field trial phase with representative users to confirm comfort and PPE compatibility.
How can shade mistakes be avoided when buying welding goggles?
Base your choice on the EN 169 standard and on an internal table linking each process to a shade range validated by HSE and operators. Systematically check the shade marking on the lens and favour an on-site trial to confirm visibility of the weld pool.
Which welding goggles are the most comfortable for extended wear?
Comfort depends on fit, nose support, weight and ventilation. Models with temples often offer better tolerance for long wear, while wraparound cup styles protect better but can get warm. Test models with the full set of PPE worn simultaneously to confirm the choice.
Which welding goggles fit well with a respiratory half mask?
Choose frames that do not create pressure points on the half mask's sealing area. Thin temples or wraparound models fitted with an adjustable strap often offer good compatibility. Always carry out a trial in working conditions to preserve the seal of the respiratory protection.
What markings and compliance documents should be checked on welding goggles?
Check the marking (EN 166, EN 169 reference for the shade), manufacturer identification and the shade indicated on the lens. Request the instructions and the EU declaration of conformity to ensure traceability. Check that the shade matches the processes used and the company's internal rules.