Welding Goggles vs Welding Helmet: Which One Should You Buy?

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Below: how goggles and helmets differ, what each one covers, and welding goggles ranked by shade, sensors and fit.

Welding goggles vs welding helmet: where the difference comes from

Goggles sit close to the eyes. That close fit is why goggles suit a tight bay, where a helmet shell is limited, as the YESWELDER listing states. The LANON and antools listings stress wrap-around protection and adjustable temples, and the YESWELDER listing stresses an adjustable headgear fit.

A helmet, by contrast, adds a shell and a face shield around the lens. That shell covers the face, the forehead and the sides. A helmet is bulkier in a tight space, but it is the choice when the job needs face coverage as well as eye coverage.

Gear that fits the job

No welding helmet listing is included in this group, so the gear section below covers welding goggles only, ranked by their stated shade, sensors and fit. Helmet picks are covered in a separate guide.

Ranked first is the YESWELDER Auto-Darkening Welding Goggles with LED Light and Face Shield. The listing states a shade range of 4/5-9/9-13, covering most common welding and plasma cutting processes, for TIG, MIG, MMA, CUT and GRIND. The auto darken filter switches from light to dark in 1/30000 sec, with 4 arc sensors and a viewing size of 5.51 inches x 1.57 inches. It includes a face shield, LED lights, TYPE-C charging with no battery replacement needed, an adjustable headgear fit, and a hard-hat-compatible design that allows welding in a space where a traditional welding helmet is limited. It ranks first because it combines auto-darkening, sensors, a face shield and a light in one goggle set.

Ranked second is the LANON Welding Safety Glasses, with an IR Filter Shade 5.0 lens and ANSI Z87.1 certification. The listing states IR 5.0 filter green lenses that are ANSI and CSA compliant, with 99% protection from UV rays, a double-sided anti-fog coating, wrap-around lenses for protection from all directions, and adjustable temple arms with an integrated nose piece. The eyewear weighs less than 1.2 ounces, with a one-piece ergonomic frame. The stated uses are environments with low to medium levels of IR radiation, including metal pouring, gas soldering, cutting and brazing, light acetylene welding, and usually electric welding below 100A. The listing also states that the glasses are not appropriate for drivers or traffic driving, which is a limit to note.

Ranked third is the antools IR 5.0 Welding Glasses, with a wrap-around welding goggle design in Black. The listing states tough polycarbonate wraparound construction, anti-fog safety goggles with a premium coating that is impact-resistant, scratch-resistant, and resistant to acid and alkali on the outside, and fog-free on the inside. It meets ANSI Z87+, described as a higher standard for impact protection, and passes the ANSI Z87 anti-fog standard, with clear lenses that block 100% of UV radiation. Adjustable temples can be fitted to the head shape, and the universal design accommodates all head sizes. It ranks third because its stated job list goes well beyond welding, including laboratory work, yard work, mowing, gardening, carpentry, drilling, grinding and outdoor sports, so its welding focus is less specific than the LANON listing, and its return window is stated as 30 days of receipt, not as a warranty term.

When to use which type

Use goggles when space is tight, or when a helmet shell gets in the way. The LANON goggles, with a fixed IR 5.0 shade, suit low to medium IR work as stated on that listing, and the antools goggles share the fixed IR 5.0 shade, while the YESWELDER goggles, with a shade range of 4/5-9/9-13 and auto-darkening, cover a wider range of welding and cutting processes. Use a helmet when the job needs face coverage as well as eye coverage. A face shield supplied with a goggle set, such as the YESWELDER shield, bridges part of that gap, but it is still a goggle set, not a helmet shell.

Follow each maker’s instructions for shade, fit and use, and check the shade against the welding process before starting. Store goggles where the lens cannot be scratched, since a scratched or fogged lens defeats the protection the listing states.

FAQ: garage tools

Can goggles replace a welding helmet?

For tight spaces, goggles can fit where a helmet shell is limited, and the YESWELDER set includes a face shield. For full-face work, a helmet covers the eyes and the face, so the choice comes down to coverage and space, not to one type being right for every job.

What shade do these goggles use?

LANON and antools both state an IR 5.0 shade. YESWELDER states a shade range of 4/5-9/9-13, with auto-darkening that switches from light to dark in 1/30000 sec. Check the shade against the welding process, since a fixed shade and an auto-darkening range suit different jobs.

Are these goggles for heavy electric welding?

The LANON listing states suitability for low to medium levels of IR radiation, and usually electric welding below 100A, along with metal pouring, gas soldering, cutting and brazing, and light acetylene welding. It does not state suitability for heavy electric welding above that figure, so check the process against the stated range.

What does auto-darkening add?

On the YESWELDER set, auto-darkening switches the filter from light to dark in 1/30000 sec, with 4 arc sensors and a viewing size of 5.51 inches x 1.57 inches. It also includes LED lights and TYPE-C charging, with no battery replacement needed, and an adjustable headgear fit.

Is there a helmet pick in this group?

No, all three listings in this group are welding goggles. The YESWELDER set includes a face shield, which adds face coverage, but it is still a goggle set. For a helmet, see the best welding helmet under $150 guide, and the welding helmet vs face shield guide for the shield question.

Related: the best welding goggles guide, the best welding helmet under $150 guide, and the engine and shop equipment hub.