Is the Lincoln Electric Starlite IR Shade 5 Safety Glasses the right eye protection for oxy-acetylene cutting and gas welding?

Short answer: Yes — if your work involves oxy-acetylene cutting, brazing, or light-to-medium gas welding and you need a low-profile, ANSI Z87.1+ certified shade-5 filter at an entry-level price point. These glasses are a legitimate task-specific tool, not a general-purpose pair; workers who need anti-fog coating, over-the-glasses (OTG) fit, or protection during arc welding should look at the welding safety glasses collection for better-matched alternatives.

Lincoln Electric Starlite IR Shade 5 Safety Glasses Review (2026)

Filed under: Safety Glasses · Welding Safety Glasses · Lincoln Electric Starlite IR Shade 5 Safety Glasses

The Lincoln Electric Starlite IR Shade 5 (model K2967) occupies a specific, well-defined niche in the WC Safety eye protection lineup: a dedicated infrared-filtering lens for gas welding and cutting tasks where a full welding helmet would be overkill but unprotected eyes are genuinely at risk. With ANSI/ISEA Z87.1+ certification, a polycarbonate frame weighing under one ounce, and a shade-5 IR filter rated for oxy-acetylene work, these glasses answer one question well — and only that question.

What this review covers: verified ANSI certification, lens shade and IR-filter performance for stated applications, frame comfort and coverage, comparison against competing shade-5 and general-purpose safety glasses available at WC Safety, total cost of ownership, and the specific job tasks where these glasses earn their place on a toolbelt — and where they do not.

WC Safety stocks the K2967 alongside a full range of safety glasses, safety goggles, and face shields. The review is independent of Lincoln Electric; no manufacturer review copy or paid placement was involved.

WC Safety Verdict: 4.2/5
A purpose-built, ANSI Z87.1+-certified shade-5 IR filter that delivers solid gas-welding eye protection at an entry price — the right call for oxy-acetylene and brazing shops, but too task-specific to replace a general-purpose safety glasses pair.

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Who the Lincoln Electric Starlite IR Shade 5 Safety Glasses are for

These glasses suit a narrow but common buyer profile. If you match one of the descriptions below, the K2967 is worth a close look from the full safety glasses catalog:

• Oxy-acetylene torch operators — cutting, welding, or heating steel with a gas torch where shade 5 is the OSHA- and ANSI-recognized appropriate filter level.
• Brazing and silver-soldering technicians — HVAC installers, plumbers, and jewelry fabricators working with open-flame torch processes below arc-welding intensity.
• Welding instructors and students — training environments that include gas welding stations alongside arc processes need task-appropriate PPE for each station.
• Light industrial maintenance workers — occasional gas cutting on a maintenance crew who cannot justify a full welding helmet for infrequent tasks.
• Budget-conscious multi-pair shops — facilities that outfit multiple workers and need a low-cost, compliant shade-5 option in quantity.

Workers who spend most of their shift under arc welding conditions, who wear prescription lenses, or who need integrated dust protection should review the broader welding safety glasses and safety goggles collections before committing to this model.

What the Lincoln Electric Starlite IR Shade 5 does well

ANSI/ISEA Z87.1+ high-impact certification

The K2967 carries the Z87.1+ (plus-marked) designation, meaning it meets the more demanding high-impact test requirements under ANSI/ISEA Z87.1-2020 — not just the basic-impact threshold. For gas welding and cutting, where spatter, slag, and wire-brush debris are routine hazards, this matters. Many competitors at this price point carry only Z87.1 basic-impact ratings. The plus mark is the same certification standard required by OSHA 29 CFR 1910.133 for impact-rated eye protection in industrial settings. For a deeper breakdown of what the standard requires, see our complete guide to safety glasses in welding applications.

Correct shade-5 IR filter for the stated applications

ANSI/ISEA Z87.1-2020 and OSHA guidance both specify shade 5 as the minimum filter shade for gas welding (light) and oxy-acetylene cutting (up to 1-inch material). Lincoln Electric's own documentation confirms this rating for these glasses. Unlike clear or tinted UV-only safety glasses mistakenly used at torches, the K2967 is purpose-engineered to attenuate infrared radiation — the wavelength most responsible for thermal damage to the cornea and lens in gas welding operations. Workers looking to understand lens shade selection in more depth will find our clear vs. smoke lens guide useful context.

Lightweight polycarbonate construction under one ounce

At under one ounce, the Starlite IR is noticeably lighter than filter goggles and most full-coverage welding safety glasses. Polycarbonate is the industry-standard material for ANSI Z87.1-rated lenses — it absorbs impact energy rather than shattering. For workers on extended gas-cutting shifts, frame fatigue is a real compliance risk: heavy eye protection gets set aside. The lightweight design reduces that temptation. The large viewing area also supports better peripheral awareness on crowded shop floors, which matters for situational safety beyond the welding task itself.

Large viewing area improves task visibility

Compared to the smaller lens windows on many filter goggles, the Starlite IR's larger lens footprint gives the wearer better visibility of the workpiece and surrounding area. For oxy-acetylene cutting along a layout line or brazing a copper joint, this translates directly to better cut quality and fewer positioning errors. It also means less temptation to push the glasses up or off-face to see better — a common compliance failure with narrow-lens options.

Entry price reduces barrier to proper PPE compliance

At approximately $18, the K2967 is one of the more accessible ANSI Z87.1+-compliant shade-5 options on the market. For small shops, independent contractors, and training environments that need multiple pairs, the per-unit cost is low enough that replacing a scratched or damaged pair does not become a budget event. This pricing also supports a one-task-one-pair discipline: dedicate these to torch work, keep a separate clear-lens pair for grinding, and rotate on condition rather than cost.

Where the Lincoln Electric Starlite IR Shade 5 falls short

No anti-fog coating

The K2967 does not include an anti-fog (AF) coating. In environments where temperature differentials are common — moving between cold storage and a warm shop, working near steam or hot water, or wearing a face mask underneath — fogging is a real problem. Fogged lenses are a safety event: workers who cannot see clearly through their eye protection either slow down (reducing productivity) or remove the glasses (creating a hazard). If your application involves humidity or temperature variation, the anti-fog safety glasses collection should be your starting point instead. Our anti-fog safety glasses buyer's guide covers which coating types hold up longest in industrial conditions.

Shade 5 is not sufficient for arc welding

Lincoln Electric's own documentation explicitly states these glasses are not a substitute for a welding helmet during arc welding. OSHA 29 CFR 1910.133 and ANSI Z87.1-2020 require shade 9-13 for arc welding processes depending on amperage. Using shade-5 glasses during MIG, TIG, or stick welding creates a genuine risk of arc eye (photokeratitis), a painful and temporarily debilitating corneal injury. Workers who do both gas and arc work need at least two separate PPE solutions — these glasses handle one half of that requirement. See our full welding safety glasses guide for shade-selection tables by process and amperage. For arc work, explore the welding helmets collection.

No OTG design — prescription wearers excluded

The Starlite IR is a standard-fit safety glasses frame with no over-the-glasses (OTG) accommodation. Workers who wear prescription eyewear must either use contact lenses under the K2967 or seek an OTG-compatible filter option. The OTG safety glasses collection at WC Safety includes options engineered for this use case. Forcing standard safety glasses over prescription frames creates pressure points, reduces seal, and can result in non-compliant fit.

No lateral protection options

The K2967 does not offer removable side shields, foam gaskets, or a goggle-style wraparound seal. For torch work that generates significant lateral spatter — or for environments with airborne dust, chips, or splash hazards — a safety goggle or a glasses-plus-face shield combination provides better total coverage. Safety glasses, including the Starlite IR, leave a gap between the frame and the face at the temples and brow. In low-spatter gas welding this is generally acceptable; in heavier cutting or grinding operations it is not.

Comparison: Lincoln Electric Starlite IR Shade 5 vs. alternatives

Shop Shade 5 IR Safety Glasses on Amazon →

Lincoln Electric shade-5 and IR welding eyewear: sibling comparison

• Buy the Starlite IR Shade 5 if your primary task is oxy-acetylene cutting or gas welding on steel and you want the lightest compliant option.
• Buy a Shade 3 IR if your work is limited to torch soldering or very light brazing where shade 5 creates too much tint for comfortable work.
• Buy an auto-darkening goggle if you rotate between gas and arc processes in the same shift and need one piece of eyewear to cover both — check the welding helmets collection for full-face auto-darkening options.

Shop Lincoln Electric safety eyewear on Amazon → K2967 Starlite IR Shade 5 → Lincoln Electric Shade 3 IR →

Compatible accessories for the Lincoln Electric Starlite IR Shade 5

The K2967 works as a standalone piece of eye protection for torch tasks, but pairing it with the right accessories extends its service life and closes coverage gaps it cannot address on its own:

• Face shields — for heavy oxy-acetylene cutting that generates significant spatter and scale, add a face shield over the Starlite IR for combined eye and face protection. Safety glasses alone do not protect the full face.
• Lens cleaning wipes — polycarbonate lenses scratch easily if wiped dry. Dedicated lens wipes prevent micro-scratches that degrade optical clarity over time and accelerate the need for replacement. Keep a dispenser at the welding station.
• Anti-fog spray — since the K2967 has no built-in anti-fog coating, an aftermarket anti-fog spray (applied per manufacturer instructions) can reduce fogging in humid or temperature-variable environments. This is a stopgap, not a permanent fix; for chronic fogging, transition to a coated lens from the anti-fog safety glasses collection.
• Protective case or pouch — storing the Starlite IR in a hard case or microfiber pouch between uses prevents lens contact scratching and extends the usable life of the filter. At ~$18 replacement cost this may seem optional, but scratch-free lenses maintain accurate shade attenuation.
• Hard hat with brow guard — for overhead torch work, pair with a full-brim hard hat that provides a brow guard, reducing spatter exposure from above and complementing the glasses' coverage zone.
• Welding gloves — complete your torch PPE kit with heat-resistant gloves rated for gas welding temperatures.

Lens Cleaning Wipes on Amazon → Anti-Fog Spray on Amazon →

Safety glasses category context: ANSI Z87.1 and shade lenses explained

ANSI/ISEA Z87.1-2020 is the governing standard for occupational eye and face protection in the United States. It establishes two impact-protection tiers: basic impact (Z87.1) and high impact (Z87.1+). The plus mark indicates the lens and frame have passed a more rigorous projectile test — a 1/4-inch steel ball fired at 150 feet per second, compared to the basic-impact ball-drop test. For most industrial applications, including grinding, cutting, and welding, the ANSI Z87.1+ designation is the appropriate minimum. OSHA 29 CFR 1910.133 requires that eye protection be appropriate for the specific hazard and compliant with ANSI Z87.1.

IR (infrared) filter lenses are assigned shade numbers that correspond to the optical density of the filter. A higher shade number means darker attenuation. ANSI and OSHA guidance specifies minimum shade numbers by welding and cutting process: shade 3 for torch soldering, shade 4-5 for gas welding light and medium, shade 5 for oxy-acetylene cutting up to 1 inch, and shade 9-13 for arc welding depending on amperage. Using an incorrect shade — particularly too low a shade for the radiation intensity — does not provide adequate IR protection. For a detailed lens selection comparison across all shade types, see our guide on amber vs. clear lens safety glasses and indoor/outdoor vs. clear lens options.

Anti-fog coatings (AF) and anti-scratch coatings (AS) are separate features that address different failure modes. AF coatings reduce condensation buildup on the lens surface — critical in humid or temperature-variable environments. AS coatings reduce the rate of lens degradation from contact abrasion — important for extending optical clarity over the lens service life. Neither is present on the K2967. Our dedicated anti-fog vs. anti-scratch coating guide covers which coating type matters most for different job environments.

Total cost of ownership

At an approximate retail price of $18, the Lincoln Electric Starlite IR Shade 5 is a low-cost entry into ANSI Z87.1+-compliant shade-5 eye protection. In daily industrial use, safety glasses should be replaced when lenses are scratched to the point of degraded optical clarity, when the frame is cracked or deformed, or on a scheduled cycle — typically every 12 to 24 months for heavy daily-wear pairs.

For a worker using the K2967 on gas-cutting tasks for an average of 250 working days per year:

• Purchase cost per pair: ~$18
• Estimated service life: 12-24 months with routine care and lens cleaning
• Daily amortized cost: approximately $0.025-$0.072 per day (under 8 cents/day at most)
• Lens cleaning wipes: ~$0.10-$0.20 per use; budget one wipe per shift on heavy-use days
• Total annual PPE cost for this item: roughly $20-$36 including consumables

At this cost structure, there is no financial argument for delaying replacement of a scratched or damaged pair. A scratched shade-5 lens does not attenuate IR uniformly — optical degradation is a real safety concern, not just an aesthetic one. Budget for at least one spare pair on hand to eliminate downtime when a pair needs replacement. Compare this against the cost of a single medical visit for eye injury, which makes the per-day cost of compliant PPE essentially negligible.

Final Verdict: 4.2/5 — Purpose-built IR protection that earns its place in gas-welding shops

The Lincoln Electric Starlite IR Shade 5 (K2967) is exactly what it says it is: a lightweight, ANSI Z87.1+-certified shade-5 filter for oxy-acetylene cutting, brazing, and gas welding. At under one ounce and approximately $18, it delivers the correct IR attenuation for those specific tasks without the bulk of a goggle or the cost of a powered solution. The Z87.1+ high-impact certification is legitimate and appropriate. The shade-5 filter is correctly matched to the stated applications per ANSI and OSHA guidance.

The rating stops short of 5.0 because the K2967 lacks anti-fog coating — a real-world limitation for many work environments — has no OTG accommodation, and provides no lateral sealing. These are not design flaws; they reflect the product's intentional scope as a lightweight task-specific glasses frame rather than a goggle or full-coverage solution. Buyers who understand the scope get a compliant, well-priced tool. Buyers who expect it to do more will be disappointed.

Buy the Starlite IR Shade 5 if you work with a gas torch, need ANSI Z87.1+-compliant shade-5 IR protection, do not wear prescription lenses on the job, and want the lightest-possible compliant option at an entry price. Buy instead from the anti-fog safety glasses collection if fogging is a concern, from the OTG collection if you wear prescription lenses, or from the welding helmets collection if arc welding is part of your work. Browse the full welding safety glasses range for all shade and filter options stocked at WC Safety.

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Frequently Asked Questions

Is the Lincoln Electric Starlite IR Shade 5 enough for oxy-acetylene cutting?

Yes. ANSI/ISEA Z87.1-2020 and OSHA guidance specify shade 5 as appropriate for oxy-acetylene cutting up to 1-inch material. The K2967 carries ANSI Z87.1+ certification and a shade-5 IR filter, making it compliant for this task. For cutting heavier stock that generates more intense radiation, verify the shade requirement with the ANSI/OSHA shade selection table for your specific application.

Can the Lincoln Electric Starlite IR Shade 5 be used for arc welding?

No. Lincoln Electric's own documentation explicitly states these glasses are not a substitute for a welding helmet during arc welding. Arc welding requires shade 9-13 depending on process and amperage. Using shade-5 glasses during arc welding creates genuine risk of arc eye (photokeratitis). See our full guide on safety glasses and welding for a full shade-selection table, and browse welding helmets for arc-rated solutions.

Is the Lincoln Electric Starlite IR Shade 5 OSHA compliant?

Yes — for the applications it is rated for. OSHA 29 CFR 1910.133 requires eye protection to be appropriate for the specific hazard and meet ANSI Z87.1 standards. The K2967's ANSI Z87.1+ certification satisfies that requirement for gas welding, brazing, and oxy-acetylene cutting tasks. OSHA compliance is task-specific: these glasses are not OSHA-compliant for arc welding, where a higher-shade welding helmet is required.

Lincoln Electric Starlite IR Shade 5 vs. shade-5 safety goggles — which is better?

It depends on your exposure profile. The Starlite IR is lighter and more comfortable for extended wear; goggles provide a full sealed periphery that blocks lateral spatter, dust, and splash. If your torch work generates significant lateral spatter or if you also face dust or liquid splash hazards, a shade-5 goggle from the safety goggles collection offers better total coverage. If lightweight comfort and compliance for standard gas welding tasks is the priority, the K2967 is the better fit.

Does the Lincoln Electric Starlite IR Shade 5 have anti-fog coating?

No. The K2967 does not include an anti-fog (AF) coating. In humid environments, temperature-variable shops, or when worn with a face mask, fogging is a real limitation. Aftermarket anti-fog spray can help, but workers in chronic fogging conditions should consider a coated option from the anti-fog safety glasses collection. Our anti-fog buyer's guide explains which coating types are most durable in industrial use.

Can I wear the Lincoln Electric Starlite IR Shade 5 over prescription glasses?

No — the K2967 is not an OTG (over-the-glasses) design. Wearing it over prescription frames creates pressure points, reduces fit quality, and can result in non-compliant eye protection. Prescription wearers working with a gas torch should use the OTG safety glasses collection and select an OTG-compatible shade-5 IR filter option.

What is the SKU or model number for the Lincoln Electric Starlite IR Shade 5?

The model number is K2967. This is the reference you should use when ordering replacements, verifying PPE records, or cross-referencing the product in Lincoln Electric's documentation. The UPC is 015082850290 and the Amazon ASIN is B0GFD4KNY7.

How long do the Lincoln Electric Starlite IR Shade 5 glasses last?

In daily industrial use, expect 12-24 months of service life before lens scratching degrades optical clarity to a point that warrants replacement. Replace sooner if the frame is cracked, if the lens is scratched across the viewing area, or if any impact event has occurred — even one that did not visibly damage the lens. Polycarbonate can sustain internal stress fractures from impact that are not immediately visible.

Is shade 5 the right shade for brazing copper?

Shade 5 is within the acceptable range for brazing, though some guidance specifies shade 3-4 as the minimum for light brazing. Shade 5 will provide adequate IR protection for brazing; the tradeoff is slightly more tint, which reduces visible-light transmission and may make the workpiece harder to see in low-light environments. If you find shade 5 too dark for your brazing work, a shade-3 IR lens may improve visibility without compromising IR protection at that task intensity.

Can the Lincoln Electric Starlite IR Shade 5 be used for shooting or range work?

Technically the ANSI Z87.1+ certification covers ballistic fragments, but these glasses are tinted to shade 5 — too dark for most indoor and outdoor range environments. For shooting applications, shooting safety glasses in clear, amber, or light smoke lenses are the appropriate choice. See our guide on whether safety glasses work for shooting for a full breakdown of lens color and certification requirements for range use.

Lincoln Electric Starlite IR Shade 5 vs. Pyramex shade-5 safety glasses — which should I buy?

Both carry ANSI Z87.1+ certification and shade-5 IR filters. The K2967's differentiator is Lincoln Electric's brand heritage in welding and the under-one-ounce weight; some Pyramex shade-5 models offer anti-fog coatings that the K2967 lacks. If anti-fog protection is a priority, compare specific Pyramex models from the Pyramex safety glasses collection. If pure lightweight compliance is the goal, the K2967 is competitive.

Does the Lincoln Electric Starlite IR Shade 5 protect against UV radiation?

Shade-5 IR filter lenses block the infrared wavelengths that are the primary concern in gas welding, and polycarbonate inherently absorbs a significant portion of UV radiation. However, Lincoln Electric's product page for the K2967 does not specify a discrete UV400 or UV 99%+ rating in the available documentation. If UV protection to a specific standard is required for your application — for example, outdoor work with ambient UV exposure — verify the UV specification directly with Lincoln Electric or select a product that explicitly states a UV protection rating. For outdoor safety glasses work, see our best safety glasses for outdoor work guide.

What is the difference between shade 5 and shade 3 IR safety glasses?

Shade number reflects the optical density of the IR filter — higher means darker attenuation. Shade 3 is specified for torch soldering and very light brazing. Shade 5 is specified for gas welding (medium) and oxy-acetylene cutting up to 1-inch plate. Using shade 3 for shade-5 tasks means insufficient IR attenuation; using shade 5 for shade-3 tasks is safe but may provide more tint than needed, reducing visible-light transmission. Match the shade to the task per ANSI/OSHA guidance.

Are there polarized versions of shade-5 IR safety glasses?

Polarized lenses are engineered to reduce glare from horizontal reflective surfaces and are common in outdoor and driving applications. Polarized shade-5 IR-filter glasses are uncommon — the IR-filter function and polarization serve different purposes and are not typically combined. For outdoor glare-reduction applications without IR hazards, browse the polarized safety glasses collection and our polarized vs. non-polarized guide.

Can I use clear safety glasses for gas welding instead of shade-5 IR glasses?

No. Clear safety glasses provide impact protection but zero IR attenuation. Using clear lenses during gas welding or oxy-acetylene cutting leaves the cornea and lens exposed to infrared radiation that can cause gradual thermal damage. The K2967 or equivalent shade-5 IR filter is the minimum compliant choice for these tasks. See our clear vs. smoke lens guide for more on when tinted lenses are required versus optional.

How should I clean the Lincoln Electric Starlite IR Shade 5 lenses?

Use a dedicated lens-cleaning wipe or a clean microfiber cloth dampened with lens cleaner. Never wipe dry polycarbonate lenses — dry wiping with paper towels, clothing, or shop rags deposits micro-scratches that accumulate and degrade optical clarity. Rinse off debris before wiping. Store in a case or pouch when not in use. Do not use solvents, acetone, or ammonia-based cleaners on polycarbonate lenses; these can craze the surface and compromise the optical integrity of the filter.

Where can I buy the Lincoln Electric Starlite IR Shade 5 Safety Glasses?

The K2967 is stocked at WC Safety at wcsafety.com and is available through Amazon. Browse the full welding safety glasses collection for all shade-filter options, or check the safety glasses collection for the complete WC Safety eyewear catalog. Check current Amazon pricing here.