Welding Goggles — Shade 5 & Shade 3 Cutting

Sealed Oxy-Fuel Goggles · Shade 5 & Shade 3 · ANSI Z87.1 · For Gas Cutting, Brazing & Soldering — Not Arc Welding

What are welding goggles actually for?

Short answer: gas work. Oxy-fuel cutting, torch brazing, torch soldering — processes where the light comes from a burning gas flame rather than an electric arc. Every product here is a fixed shade 3 or shade 5 sealed goggle, and that shade range is what the OSHA filter-lens table at 29 CFR 1910.133 specifies for those jobs.

What they are not for is arc welding, and that boundary matters more than any other detail on this page.

Can you use welding goggles for MIG, TIG or stick welding?

No — and this is the mistake worth preventing. MIG, TIG and shielded metal arc welding are electric arc processes, and an arc is a completely different order of brightness from a gas flame. The filter-lens table puts arc welding in the shade 10 to 14 range depending on amperage. A shade 5 goggle is off by five to nine shades.

The shade is only half the problem. An arc throws ultraviolet and infrared radiation plus spatter across your whole face, so arc processes need a helmet — goggles leave your cheeks, chin and neck exposed to both. There is no combination of goggles that makes arc welding safe. If that is your work, start at welding helmets, read welding helmet shade numbers, and see auto-darkening versus passive for the next decision.

The same logic rules out plasma cutting, which is also an arc process and brighter still — see below.

How do you choose the shade number?

The shade rises with the intensity of the light, which in gas work means with the thickness of the metal and the size of the flame. The OSHA table structures it by process:

• Torch soldering — the lightest end of the range.
• Torch brazing — a step up, around shade 3 to 4.
• Light oxygen cutting (thin material) — roughly shade 3 to 4.
• Medium oxygen cutting — roughly shade 4 to 5. This is where most of this collection sits.
• Heavy oxygen cutting (thick material) — shade 5 and above.
• Gas welding — rises with material thickness through the same band and beyond.

Read the row for the work you are actually doing rather than picking the darkest lens available: a shade that is too dark makes you lean in to see the cut, which is its own hazard. Consult the table in the standard for your specific process and thickness — the summary above is the shape of it, not a substitute for the row that governs you.

What this collection covers, honestly: six of the seven goggles here are shade 5 and one is shade 3. There is no shade 4, and nothing above shade 5. That makes this a medium-cutting range with one lighter option — well matched to general oxy-fuel cutting and brazing, and at the bottom end of what heavy cutting calls for.

Fixed lens or flip-front?

A practical decision that affects how often the goggles come off, which in turn decides whether they get worn.

Fixed goggles have the shaded lens permanently in place. Simpler, cheaper, nothing to break — and you have to lift the whole goggle to inspect your cut or chip slag, which is exactly the moment people leave them off.

Flip-front or lift-front goggles hinge the shaded lens up, leaving a clear impact lens underneath. You cut with the shade down and flip it up to look at the work without removing anything. On repetitive cut-and-inspect work that difference is the whole ergonomic argument, and the Lincoln pair here are described for cutting and grinding on the same basis.

The lens markings tell you what else the filter blocks: several models here are marked IR or IRUV, meaning the lens is rated against infrared, or infrared and ultraviolet, as well as carrying its shade number. Our ANSI Z87.1 reference decodes the full marking set.

What about plasma cutting?

Not with these. Plasma arc cutting is an electric arc process and considerably brighter than oxy-fuel — the required shade climbs well above 5 and rises further with amperage. A shade 5 goggle is not adequate, and as with any arc process the face needs covering too.

The site does carry equipment built for it: the Sellstrom 32152 plasma and flame cutting face shield is made for the job, and how to plasma cut safely covers the surrounding controls. The wider range is in face shields.

How do the seven goggles compare?

Lens markings are shown where the listing states them; a blank means the listing does not publish it rather than that the lens lacks the rating. The Lincoln pair are the only models here differing in shade rather than in style, so if you need shade 3 the K3118-2 is the one.

Goggles, glasses or a helmet?

Three device types, three exposure levels, and they are not interchangeable.

Shaded safety glasses are spectacle-style and do not seal against the face. They suit light torch work and situations where you also need peripheral vision, but sparks and grit get in around the edges. They live in welding safety glasses, and can safety glasses be used for welding covers the limits.

Goggles — this collection — seal against the face, which keeps grinding sparks and cutting slag out and holds the shade in place when you are working at odd angles. That seal is the reason to choose them over glasses for cutting.

Helmets cover the whole face and go up to the shades arc work requires. For grinding alongside cutting, a face shield is the third option — see face shields for welding, grinding and cutting.

Whichever you choose, eye protection is required under OSHA 1910.133 wherever there is a hazard of injurious light radiation, and the NIOSH eye safety topic page covers the injury data behind that requirement. The wider category sits in welding safety and eye protection; for non-shaded splash and impact goggles see safety goggles.

Editor's pick: the Jackson Safety WS Flip-Front at shade 5 — the flip mechanism is what keeps goggles on a face through repeated cut-and-inspect cycles, the IRUV marking is published, and it is among the least expensive models here. Take the Lincoln K3118-2 instead if your work is brazing or thin-material cutting where shade 3 is the correct row.

Affiliate disclosure: WC Safety is an independent review site. As an Amazon Associate we earn from qualifying purchases made through links on this page, at no extra cost to you. We do not sell products directly, and no brand paid for placement.

Our methodology: what is on this page, and what it cannot do

We counted this collection against the storefront rather than trusting the heading: seven goggles, every one priced and carrying a SKU. Shade numbers are read from the product titles, which in this category actually publish the spec that matters — six shade 5, one shade 3. We describe the structure of the OSHA filter-lens table and tell you to read your own process row rather than reciting the table as though it were a shopping list, the same restraint we applied to the silica and asbestos standards. Lens markings appear in the table only where a listing publishes them. And we spend the second section of the page telling arc welders that nothing here is for them, because that is the error this product category actually causes.

Welding Goggles FAQ

Can I use welding goggles for MIG welding?

No. MIG is an electric arc process requiring shade 10 to 14 depending on amperage, and a helmet rather than goggles because the arc throws radiation and spatter across the whole face. A shade 5 goggle is off by five to nine shades and leaves the face exposed.

What are shade 5 welding goggles for?

Oxy-fuel work — medium oxygen cutting, gas welding and heavier brazing. Shade 5 is the middle of the gas-process band in the OSHA filter-lens table.

What is shade 3 used for?

Lighter gas work — torch brazing and thin-material cutting. One goggle in this collection, the Lincoln K3118-2, is shade 3; the other six are shade 5.

Are welding goggles OK for plasma cutting?

No. Plasma is an arc process, brighter than oxy-fuel, and the required shade climbs above 5 and rises with amperage. A plasma-rated face shield is the right device.

What shade do I need for oxy-acetylene cutting?

It depends on material thickness: lighter shades for thin material, shade 4 to 5 for medium cutting and shade 5 or above for heavy. Read the row in the OSHA filter-lens table that matches your process and thickness.

What does IRUV mean on a welding goggle lens?

The lens is rated against infrared and ultraviolet radiation as well as carrying its shade number. IR alone means infrared. Both appear on models in this collection.

Should I get fixed or flip-front goggles?

Flip-front if you cut and inspect repeatedly, because you can raise the shade without removing the goggles — which is when people leave them off. Fixed if the work is continuous and you want fewer moving parts.

Do welding goggles protect against grinding sparks?

The seal is what keeps sparks and slag out, which is the main advantage over spectacle-style shaded glasses. Two models here are described for cutting and grinding specifically. For heavy grinding a face shield worn over eye protection is the better arrangement.

Are there auto-darkening welding goggles here?

No. All seven are fixed shade. Auto-darkening filters on this site are in helmets, which is a different device.

Can I get welding goggles in my prescription?

Not from this collection. Goggles that fit over prescription eyewear are a different design; check the fit of any goggle over your own frames before relying on it.

Do welding goggles meet ANSI Z87.1?

Shaded filter lenses carry both a shade number and Z87.1 marking. Check the marking on the goggle itself, and note that the shade number and the impact rating are separate pieces of information.

How many products are in this collection?

Seven, from Sellstrom, Jackson Safety, Forney and Lincoln Electric — six at shade 5 and one at shade 3, in fixed, flip-front and lift-front styles.

What people call these, and what they mean

Cutting goggles, gas welding goggles and cutting torch goggles all describe what is on this page, and all three name the process correctly — oxy-fuel work with a torch. Two nearby phrasings mean something else. "Welding glasses" and "welding safety glasses" are spectacle-style and do not seal, so they belong in welding safety glasses. And "laser safety glasses" is a different standard entirely — laser eyewear is specified under ANSI Z136 by wavelength and optical density, not by a welding shade number, so a shade 5 lens offers no defined laser protection and nothing here is laser-rated. For the process-by-process picture see best welding and cutting goggles and the welding helmets guide.

Why trust WC Safety on welding goggles?

WC Safety reviews workplace PPE full-time as an independent affiliate site — we do not sell products, hold no inventory, and accept no paid placements. This page gives its second-largest section to telling arc welders that nothing in the collection is for them, because "welding goggles" is a phrase that attracts people doing MIG and TIG work who need shade 10 to 14 and a helmet, and letting that search convert would be the worst outcome this page could produce. It says the same about plasma cutting, and points at the face shield built for it rather than leaving a gap. It states that six of the seven goggles are shade 5 and that nothing here goes above it, so the range's limits are visible before purchase. Lens markings appear only where a listing publishes them. And it describes the OSHA filter-lens table's structure while telling you to read your own process row, because a shade that is too dark is its own hazard. Standards referenced are OSHA 29 CFR 1910.133 and ANSI Z87.1. Reviewed by Steven Eaton, WC Safety editor. Last reviewed: July 2026.