Bolle Safety Shade 5 Welding Safety Glasses Review

Is the Bolle Safety Shade 5.0 Welding Safety Glasses the right eye protection for oxy-acetylene cutting and medium gas welding?

Published June 10, 2026 · Last updated July 27, 2026

Short answer: Yes — for gas welding and oxy-acetylene cutting operations where ANSI Z49.1 calls for a Shade 4–6 filter. The Bolle 40089 delivers ANSI/ISEA Z87.1+ impact-rated polycarbonate lenses with a true Shade 5.0 IR filter at a price point that makes per-unit costs manageable in a multi-person shop. If your process is MIG, TIG, or stick arc welding, you need a proper welding helmet — these glasses are not a standalone arc-welding solution, though they work well as secondary eye protection under a helmet.

Bolle Safety Shade 5.0 Welding Safety Glasses Review (2026)

Reviewed under: Safety Glasses · Bolle Safety Shade 5.0 Welding Safety Glasses

Gas welding, oxy-acetylene cutting, and torch brazing all sit in a specific hazard band: intense IR and visible radiation from the flame, plus the ever-present threat of spatter, sparks, and flying scale. The eye protection requirement for these processes is different from standard industrial safety glasses — you need a calibrated shade filter, not just a tinted lens. The Bolle 40089 is built specifically for this window of the welding spectrum.

WC Safety reviews the Bolle Shade 5.0 as part of the broader eye protection and safety glasses lineup alongside welding-specific models from Pyramex and 3M. This review examines what the Bolle delivers for the price — its ANSI Z87.1+ certification, lens performance, fit, and process compatibility — and where it falls short compared to competing options in the same segment.

If you are shopping for a single pair of welding safety glasses for oxy-acetylene torch work or brazing, or evaluating the Bolle for secondary under-helmet use during arc welding, this review covers the decision points that matter. We do not pad ratings, we do not accept manufacturer input, and every specification referenced here is verifiable against ANSI/ISEA Z87.1-2020, ANSI Z49.1, or Bolle's own product documentation.

WC Safety Verdict: 4.4/5
Solid ANSI Z87.1+ gas welding glasses with a correctly calibrated Shade 5.0 IR filter — dependable process-specific protection at a fair price, limited mainly by the absence of anti-fog coating and OTG compatibility.

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Who the Bolle Safety Shade 5.0 Is For

These glasses fit a specific buyer profile. Before purchasing, confirm your process matches the use case. See the full safety glasses collection if your process falls outside this range.

• Gas welders doing oxy-acetylene cutting or medium gas welding: The Shade 5.0 filter sits in the center of the ANSI Z49.1 recommended range for these processes. This is the primary target buyer.
• Torch brazers and brazing technicians: OSHA 1910.133(a)(5) sets shade 3 as the torch-brazing minimum (suggested 3–4). Shade 5.0 works for medium and high-heat brazing on heavier copper, steel, or stainless joints.
• Fabricators using gas cutting equipment: Oxy-fuel cutting operations produce sustained IR output that warrants a Shade 5 filter. These glasses handle extended cutting sessions adequately.
• Secondary under-helmet eye protection during arc welding: Many welders wear IR-filtering glasses under a welding helmet as a secondary layer. The Bolle 40089 fits this role without adding significant bulk.
• Multi-process shops stocking a range of filter levels: At this price point, shops needing to outfit several workers for gas operations find the per-unit cost workable for standardized supply.
• Training environments and vocational programs: The ANSI Z87.1+ certification and clear manufacturer documentation make these a defensible choice for compliance-conscious training programs.

If you need clear, tinted, polarized, or anti-fog lenses for non-welding industrial work, browse the anti-fog safety glasses and polarized safety glasses collections instead. For guidance on selecting the right lens for your task, see our guide on anti-fog vs anti-scratch coatings.

What the Bolle Safety Shade 5.0 Does Well

ANSI/ISEA Z87.1+ High-Impact Certification

There is a meaningful difference between Z87.1 (basic impact) and Z87.1+ (high impact). The Bolle 40089 carries the plus (+) designation, meaning the lenses passed both high-velocity impact testing (quarter-inch steel ball at 150 ft/s (45.7 m/s)) and high-mass impact testing under ANSI/ISEA Z87.1-2020. In a gas cutting or welding environment where sparks and slag are constant, the difference matters. For OSHA 29 CFR 1910.133 compliance, the Z87.1+ certification is easily documented. Look for the Z87+ marking on the lens and Z87 on the frame when verifying compliance.

Correctly Calibrated Shade 5.0 IR Filter

This is the product's core value proposition. Welding shade numbers are not arbitrary tint levels — they represent specific optical density values calibrated against the radiation output of welding processes. The Shade 5.0 filter in the 40089 transmits roughly 3% of visible light, providing meaningful dimming of the torch flame while maintaining enough visibility for precise torch control. ANSI Z49.1 recommends Shade 4–6 for medium gas welding and oxy-acetylene cutting, placing Shade 5.0 squarely in the middle of this range. IR retinal damage can occur without immediate pain, making a correctly specified filter non-negotiable.

Impact-Rated Polycarbonate Construction

Polycarbonate is the de facto lens material for industrial eye protection: it absorbs impact energy by deforming rather than shattering, and it inherently blocks approximately 99% of UV radiation below 380 nm without any added coating. In a gas welding environment generating sparks, flying scale, and occasional spatter, polycarbonate's combination of impact resistance and UV attenuation is appropriate. The Bolle lenses provide protection against debris hazards while the Shade 5.0 filter handles the radiation component.

Process-Specific Design Focus

Unlike general-purpose safety glasses that add a tinted lens as an afterthought, the Bolle 40089 is designed around a specific process application. The manufacturer documentation explicitly positions the product for oxy-acetylene cutting, brazing, and medium gas welding — with the important caveat that it is not a substitute for a welding helmet during arc welding. This specificity is useful for compliance documentation, hazard assessments, and employee training.

Cost-Effective for Multi-Worker Deployment

At its price point, the Bolle Shade 5.0 sits in a reasonable price band for a certified welding safety glass. Shops equipping multiple workers for gas cutting operations can stock these without per-unit costs becoming prohibitive. Compared to specialized welding goggles or flip-front options, the Bolle offers straightforward compliance at a lower per-pair cost.

Where the Bolle Safety Shade 5.0 Falls Short

No Anti-Fog Coating

The 40089 does not include anti-fog coating in its standard specification. For welders working in humid environments, transitioning from cold storage to a hot work area, or doing close torch work generating steam near the face, fogging is a real operational problem. Fogged lenses reduce visibility at precisely the moment you are working with a live torch flame. See our guide comparing anti-fog vs anti-scratch coatings to understand the technology options, and browse the anti-fog safety glasses collection for alternatives.

Not an OTG Design

Workers who wear corrective lenses are not served by the 40089 in its standard form. The frame is not designed with the wider temple-to-temple clearance or deeper lens curvature that accommodates eyeglass frames. Prescription wearers doing gas welding should look at OTG-rated welding safety glasses or a flip-front welding shield that allows clearance for frames underneath. Using non-OTG safety glasses over prescription frames compromises both the fit of the safety glasses and the stability of the corrective lenses.

Fixed Shade — No Flip-Up Mechanism

The Bolle Shade 5.0 has a fixed shade lens. Workers who frequently transition between welding and close-up inspection, grinding setup, or material marking must either remove the glasses or accept reduced visibility during non-welding tasks. Flip-front welding glasses (like the 3M Infrared Welding Flip-Up Shade 3) address this workflow problem with a hinged filter that lifts up when not needed. If your workflow involves frequent task transitions, the fixed shade is a meaningful usability gap.

Scope Limited to Gas Processes Only

Shade 5.0 is insufficient for any arc welding process. MIG welding typically requires Shade 10–11; TIG welding Shade 9–13 depending on amperage; stick welding Shade 10–14. Using Shade 5.0 safety glasses during arc welding risks arc eye (photokeratitis) and retinal damage. Shops doing both gas and arc welding need two different eye protection solutions. Refer to our guide on safety glasses vs face shields for help navigating multi-process eye protection programs.

How the Bolle Safety Shade 5.0 Welding Safety Glasses Compare

The table below compares the Bolle 40089 to three competitive welding safety glasses options available in the safety glasses collection.

Bolle Shade 5 on Amazon → Pyramex Shade 3 on Amazon → 3M Flip-Up on Amazon →

Bolle Safety Welding Glasses: How the Shade 5.0 Fits the Line

Bolle Safety produces welding glasses across multiple shade levels. The table below shows how the Shade 5.0 compares to lighter-shade Bolle welding models for process selection.

• Buy the Bolle Shade 5.0 if your primary process is medium-intensity oxy-acetylene cutting, torch welding, or higher-heat brazing where ANSI Z49.1 calls for Shade 4–6.
• Buy the Bolle Shade 3.0 if your application is torch brazing, light soldering, or low-output gas operations where a lighter filter is recommended.
• Buy the Bolle Shade 2.0 for furnace inspection, hot work observation, or foundry operations where a very light IR filter is needed without significant visible light reduction.

Shop Bolle Welding Glasses on Amazon → Shade 5.0 → Shade 3.0 → Full Bolle Line →

Compatible Products and Accessories

Gas welding requires more than eye protection alone. The following compatible equipment and accessories are commonly paired with welding safety glasses. Check the full eye protection collection for additional items.

Welding Safety Glasses — Related Models

• Pyramex SB7950SF Shade 3.0 Welding Safety Glasses — lighter shade for brazing and soldering, same ANSI Z87.1+ class
• 3M Infrared Welding Flip-Up Shade 3 Safety Glasses — flip-front lens for mixed welding and inspection workflows
• HexArmor NX1 Weld Shade 3 Anti-Fog Safety Glasses — anti-fog coating for humid environments

General Industrial Safety Glasses for Non-Welding Tasks

• Pyramex Ztek Safety Glasses — clear lens for non-welding tasks in the same shop environment
• 3M Solus 2000 Series Safety Glasses — versatile general-purpose option for mixed industrial use
• Honeywell Uvex Genesis XC Safety Glasses — comfortable wraparound for extended daily wear
• DEWALT DPG109 Polarized Safety Glasses — polarized option for outdoor or mixed-light environments

Respiratory Protection for Welding Environments

Eye protection addresses radiation and debris hazards. Welding fume requires separate respiratory protection. See our guides on best respirator cartridges for welding fumes and the complete respiratory protection buyer's guide.
Welding Respirator Cartridges on Amazon →

Lens Cleaning Wipes on Amazon → Safety Glasses Cases on Amazon →

Common questions

Is the Bolle Safety Shade 5.0 adequate for MIG or TIG welding?

No. The Bolle 40089 is designed for gas welding processes — oxy-acetylene cutting, brazing, and medium gas welding. MIG, TIG, and stick arc welding produce significantly more intense UV and IR radiation than gas processes and require a welding helmet with Shade 10–14 depending on process and amperage. These glasses are not a standalone substitute for a welding helmet during arc welding. They may be worn as secondary eye protection under a helmet. See our guide on safety glasses vs face shields for further context on arc welding protection requirements.

Does the Bolle 40089 meet ANSI Z87.1+ impact requirements?

Yes. The Bolle Safety Shade 5.0 (model 40089) is certified to ANSI/ISEA Z87.1+, the high-impact performance standard. The plus (+) suffix confirms the lenses passed both high-velocity and high-mass impact tests under ANSI/ISEA Z87.1-2020. This is the highest impact rating available under the standard and is appropriate for use in environments where sparks, slag, and flying debris are present. Look for the Z87+ marking on the lens and Z87 on the frame when verifying compliance.

What shade level is right for oxy-acetylene cutting and brazing?

ANSI Z49.1 provides the authoritative shade recommendations: shade 2 for torch soldering; shade 3–4 for torch brazing; shade 4–6 for gas welding by plate thickness depending on flame output; Shade 3–8 for oxy-acetylene cutting based on tip size and operation. Shade 5.0 is within the recommended range for medium gas welding and most oxy-acetylene cutting operations. For light brazing or torch soldering, a Shade 3 may be more appropriate. See our lens selection guide for broader context.

Bolle Safety Shade 5.0 vs Pyramex SB7950SF Shade 3.0 — which should I buy?

The decision is process-driven. Choose the Bolle Shade 5.0 for oxy-acetylene cutting, heavier gas welding, or applications where ANSI Z49.1 recommends Shade 4–6. Choose the Pyramex SB7950SF Shade 3.0 for torch brazing and soldering (never plasma — OSHA minimum is shade 8) where a lighter filter is indicated. Both are ANSI Z87.1+ rated polycarbonate glasses. Never select a shade lower than the ANSI Z49.1 minimum for your process.

Is the Bolle Safety Shade 5.0 OSHA-compliant for welding operations?

Yes, for the processes it is designed for. OSHA 29 CFR 1910.133 requires eye and face protection meeting ANSI Z87.1 standards, and the 40089 is ANSI/ISEA Z87.1+ certified. Compliance also depends on the employer verifying that Shade 5.0 is the appropriate shade for the specific welding process per ANSI Z49.1. The glasses alone satisfy the certification requirement; the hazard assessment determines shade appropriateness for each process.

How long do Bolle Safety Shade 5.0 lenses last before needing replacement?

Under regular daily use in a welding environment, expect 1–2 years before visible scratching or optical degradation warrants replacement. Any lens with visible scratches, cratering from spatter, or haze that impairs vision should be replaced immediately. Physical damage to the lens from impact should also trigger immediate replacement even if the lens appears intact — stress fractures may not be visible to the naked eye but compromise impact performance.

Does the Bolle Safety Shade 5.0 have anti-fog coating?

The 40089 specification does not include anti-fog coating. Workers in humid environments, moving between cold and hot spaces, or doing close torch work in confined areas may encounter fogging. Temporary mitigation: anti-fog lens wipes applied before each use. For permanent anti-fog performance in welding eye protection, consider the HexArmor NX1 or review the anti-fog safety glasses collection. Our guide on anti-fog vs anti-scratch coatings explains the technology in detail.

Can I wear the Bolle Safety Shade 5.0 over prescription glasses (OTG)?

The 40089 is not designed as an OTG (over-the-glasses) model. Prescription eyeglass wearers should select OTG-rated welding safety glasses with a frame profile wide enough to clear standard prescription frames without compromising the fit of either. The Uvex Astro OTG 3001 is designed specifically for over-glasses wear, though welding-shade OTG models should be verified by shade for your specific process.

What IR radiation does a Shade 5.0 filter block?

A Shade 5.0 filter transmits approximately 3.17% of visible light. The polycarbonate substrate inherently blocks near-UV (below approximately 380 nm) essentially completely, and the welding filter formulation provides substantial attenuation of near-infrared radiation in the 780 nm–2000 nm range that is the primary thermal radiation hazard from gas welding flames. The combined UV/visible/IR attenuation is what makes a rated welding filter functionally different from a standard tinted sunglass lens.

Bolle Safety Shade 5.0 vs 3M Infrared Welding Flip-Up Shade 3 — what is the difference?

Two main differences: shade level and lens design. The Bolle provides a Shade 5.0 filter suited to medium gas welding; the 3M Flip-Up has a Shade 3 filter for lighter processes. The 3M flip-up mechanism allows quick transition from welding to clear-vision inspection tasks without removing the glasses. If your process requires Shade 5 and you do not need to flip up frequently, the Bolle is the better match. If you work lighter processes with frequent transitions, the 3M flip-up is more practical.

Are the Bolle Safety Shade 5.0 glasses rated for flying debris and sparks?

Yes. ANSI/ISEA Z87.1+ certification covers both high-velocity impact (small quarter-inch steel ball at 150 ft/s (45.7 m/s)) and high-mass impact testing. In a gas cutting or oxy-acetylene welding environment, the primary debris hazards — sparks, spatter, flying scale — are well within the scope of the Z87.1+ rating. For grinding operations generating heavier or faster debris, verify that Z87.1+ is sufficient for your specific hazard profile per your PPE hazard assessment.

What is the difference between Shade 3, Shade 5, and Shade 10 welding filters?

Each shade number represents a step increase in optical density — roughly 3% less light transmission per shade number increment. Shade 3: appropriate for torch soldering and light brazing. Shade 5: appropriate for medium gas welding and oxy-acetylene cutting. Shade 10: minimum for many arc welding processes. The jump from gas welding (Shade 5) to arc welding (Shade 10+) reflects the qualitatively different radiation intensity of arc vs. combustion processes. See our guide on lens selection for more context.

Is the Bolle Safety Shade 5.0 suitable for plasma cutting?

OSHA's filter-lens table sets shade 8 as the plasma-arc-cutting minimum — do not use these glasses for plasma; where low-amperage torch-manual guidance differs, we plan on the OSHA figure.

Does the Bolle Safety Shade 5.0 meet ANSI Z49.1 requirements for welding eye protection?

Yes. ANSI Z49.1 references ANSI Z87.1 for filter lens requirements, and the 40089 is ANSI/ISEA Z87.1+ certified with a Shade 5.0 filter within the standard's recommended range for medium gas welding and oxy-acetylene cutting. Process-specific shade selection from the ANSI Z49.1 table is the employer's responsibility; the Bolle glasses provide the Z87.1 compliance foundation that ANSI Z49.1 requires.

Can the Bolle Safety Shade 5.0 be used for torch soldering or jewelry work?

Shade 5.0 is darker than ANSI Z49.1 recommends for torch soldering (Shade 3 is recommended). Using a darker shade than required simply reduces visibility without additional IR protection benefit. The Bolle Shade 5.0 is better matched to gas welding and cutting. For jewelry work or torch soldering, a Shade 3 welding glass is the more appropriate selection. Browse the clear lens safety glasses collection for lower-shade options.

Sources. Requirements referenced here come from OSHA 29 CFR 1910 and the NIOSH recommendations. Where a consensus standard governs, the ANSI document is named in the text.

Related reference

Closely related on this site: welding helmets complete guide, welding helmet shade numbers, auto darkening vs passive welding helmet, best face shields for welding, grinding, and cutting, best papr welding helmet, and best welding & cutting goggles.

Why trust WC Safety

WC Safety is an independent, affiliate-supported review site. It is not a retailer: it holds no inventory, takes no orders, and earns only from qualifying purchases through clearly marked links — which never changes what a product is rated to do. Standards language is taken from the regulation text directly, and ratings are reported as the manufacturer publishes them. We run no laboratory and perform no testing of our own. Where published sources disagree, we say so and plan on the conservative figure rather than the flattering one.

Our methodology

Figures come from the regulation and the published specification, in that order. Derated numbers are calculated, not estimated. Nothing here is presented as a measured result, because we measure nothing.

Researched and written by Steven Eaton, editor of WC Safety. Steven holds no safety certification and does not test products; this page compares what manufacturers and regulators publish, with the gaps in that record marked. Last reviewed August 2026.