Is the Jackson Safety Hellraiser IR 5.0 Safety Glasses the right eye protection for oxy-acetylene cutting, brazing, and gas welding?

Short answer: Yes — the Hellraiser IR 5.0 is the right call for gas welding, brazing, cutting, and soldering operations where a Shade 5.0 IR filter is required. It is not a substitute for a welding helmet during MIG, TIG, or stick arc welding, and workers in bright outdoor settings may find the green tint limiting for non-welding tasks. For mixed-use torch-and-general work, pair it with a clear lens option at your bench.

Jackson Safety Hellraiser IR 5.0 Safety Glasses Review (2026)

Reviewed under: Safety Glasses Collection · Jackson Safety Hellraiser IR 5.0 Safety Glasses

Gas welders, brazing technicians, and metal cutters face a specific optical hazard that standard clear or tinted safety glasses cannot address: infrared radiation emitted at the torch or flame. Exposure to unfiltered IR at close range causes thermal damage to the lens of the eye, a condition that accumulates over time and may not produce immediate symptoms. The Jackson Safety Hellraiser IR 5.0 — model 20545 — is purpose-built to block that radiation at the correct shade for lower-radiation gas operations, while still meeting ANSI/ISEA Z87.1+ high-impact standards.

This review covers what the Hellraiser IR 5.0 actually does, where its design holds up, where it falls short, and how it stacks up against competing IR safety glasses in the eye protection collection. All specifications cited are drawn from Jackson Safety product documentation, ANSI/ISEA Z87.1-2020, and OSHA 29 CFR 1910.133 — no manufacturer claims are repeated without cross-verification.

One critical point that should be stated at the top: Shade 5.0 is appropriate for gas welding with tip sizes 20–200, torch brazing, and oxy-acetylene cutting. It is explicitly not sufficient for electric arc processes. OSHA Table E-2 under 1910.133 specifies Shade 10–14 for MIG/TIG and stick welding. If your shop runs both gas and arc operations, the Hellraiser IR 5.0 covers only the gas side. We note this not to undercut the product — it does exactly what it claims — but because conflating gas and arc eye protection is one of the more common compliance errors in industrial environments.

WC Safety Verdict: 4.4/5
The Jackson Safety Hellraiser IR 5.0 delivers code-compliant IR Shade 5.0 protection in an affordable, impact-rated polycarbonate frame — strong value for gas welding and brazing applications, with the important caveat that it is not an arc welding substitute.

As an Amazon Associate, WC Safety earns from qualifying purchases. Prices and availability are subject to change. Full affiliate disclosure.

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Who the Jackson Safety Hellraiser IR 5.0 Safety Glasses Are For

These glasses have a defined and specific buyer profile. Matching that profile before purchase prevents the most common misuse scenario — using a Shade 5.0 IR filter where OSHA requires Shade 10 or higher.

• Gas welders and oxy-acetylene operators: The primary use case. Tip sizes 20–200 in gas welding require Shade 4 or 5 per OSHA 1910.133 Table E-2; this lens hits that spec exactly.
• Torch brazers and solderers: Brazing and torch soldering operations produce IR radiation at levels requiring a minimum Shade 3–4; Shade 5.0 provides margin above the minimum.
• Metal cutting technicians: Oxy-acetylene cutting operations require Shade 3–6; Shade 5.0 is appropriate for medium cutting operations.
• Welding instructors and students: Gas welding courses where learners need affordable, code-compliant eyewear without spending on a full helmet for basic torch practice.
• Maintenance and repair technicians: Shops that run occasional gas welding as part of a broader maintenance role — these offer a cost-effective dedicated pair for those moments.

If your primary work is MIG, TIG, or stick arc welding, these are not the right choice. Browse the broader safety glasses collection for general-use eyewear, and see our guide on safety glasses vs face shields to understand when glasses alone are not enough for your application.

What the Jackson Safety Hellraiser IR 5.0 Does Well

ANSI/ISEA Z87.1+ High-Impact Certification

The Hellraiser IR 5.0 meets ANSI/ISEA Z87.1+ — the "plus" suffix indicates high-impact rated, meaning the lens has passed the higher-velocity projectile test (a 1/4-inch steel ball fired at 150 ft/s) rather than the basic impact standard. For welding and cutting environments where grinding sparks, metal chips, and slag are present alongside IR hazards, that certification matters. It means these are not optical filters bolted onto fashion frames — they are rated impact protection with an IR filter built in.

Shade 5.0 IR Filter for Gas Operations

The green polycarbonate lens provides the correct shade for the gas welding and brazing operations this product is intended for. IR shade selection is not a matter of preference — OSHA 29 CFR 1910.133 and ANSI Z49.1 specify shade requirements by process and amperage/tip size. Shade 5.0 is the code-specified choice for gas welding tip sizes 20–200 and for torch brazing. Using a shade too light fails to block enough IR; using one too dark reduces task visibility unnecessarily. The Hellraiser lands in the correct range for this work category.

Polycarbonate Lens Construction

Polycarbonate is the correct material for impact-rated safety eyewear. It is lighter than glass, absorbs more UV naturally than standard optical plastics, and passes ANSI Z87.1+ impact tests that glass lenses would fail. For fabrication environments where a dropped tool or debris strike is plausible, polycarbonate construction is both the standard and the right call. Jackson Safety's use of polycarbonate here is not a cost-cutting measure — it is the appropriate material for the duty.

Wraparound Frame Geometry

The Hellraiser's black wraparound frame provides lateral coverage that flat-front frames do not. In welding and cutting applications, peripheral IR exposure from reflected light and secondary radiation sources is a real concern — a frame with side coverage reduces the unfiltered light path to the eye from the sides. This is particularly relevant for oxy-acetylene operations where the torch arc can be at various angles relative to the welder's line of sight. Check our anti-fog vs anti-scratch guide for additional context on lens coating trade-offs in fabrication environments.

Value for Multi-Worker Deployments

At approximately $22 per pair, the Hellraiser IR 5.0 is one of the more affordable ANSI Z87.1+-rated IR shade 5.0 options in the market. For shops outfitting multiple gas welding stations or training classrooms, the per-pair cost allows compliance without the budget pressure that higher-end welding eyewear can impose. The 4.8/5 rating across a meaningful review sample suggests real-world durability is holding up to that price point.

Where the Jackson Safety Hellraiser IR 5.0 Falls Short

Not Arc Welding Capable

This is stated repeatedly in Jackson Safety's documentation and bears repeating in this review: Shade 5.0 provides nowhere near sufficient protection for MIG, TIG, or stick arc welding. Those processes require Shade 10–14 depending on amperage. A welder who grabs the Hellraiser IR 5.0 for a stick welding pass thinking "it's shade 5, better than nothing" is in real danger of arc eye (photokeratitis) — a painful, temporarily debilitating condition. If arc welding is any part of your work, a proper auto-darkening or fixed-shade welding helmet is required. Do not use IR 5.0 glasses for arc operations.

No Anti-Fog Coating

Jackson Safety's product documentation for this model does not list an anti-fog (AF) coating. In high-humidity environments — coastal fabrication shops, outdoor work on humid days, heated welding enclosures — lens fogging is a real safety issue. A fogged lens causes workers to either flip the glasses up (removing protection) or work with degraded visibility. If your environment runs humid, look at options with verified AF coatings. Our anti-fog vs anti-scratch safety glasses guide covers when AF coating is non-negotiable.

Single-Use Tint

The green IR Shade 5.0 tint makes these glasses unsuitable for general-purpose wear. Workers who need a single pair for both welding prep and general shop tasks will find the IR tint too dark and color-distorting for most non-welding work. This is not a product flaw — it is the nature of dedicated IR eyewear — but it does mean the Hellraiser IR 5.0 should be considered a task-specific tool, not an everyday wear option. Budget accordingly: you will likely need a separate clear or general-purpose pair alongside these. See our clear vs smoke lens comparison for help selecting a complementary everyday pair.

No OTG Variant

Prescription eyeglass wearers who need over-the-glasses (OTG) compatibility will find that the Hellraiser IR 5.0 is not designed for OTG use. The wraparound frame geometry that helps with lateral coverage also limits the temple space for prescription frame inserts. Workers who wear corrective lenses will need to either use prescription safety inserts (if available for this frame) or consider an OTG-compatible IR safety glass alternative. For general OTG safety eyewear options, see the safety glasses collection.

How the Jackson Safety Hellraiser IR 5.0 Safety Glasses Compares

The following table compares the Hellraiser IR 5.0 against four alternatives commonly considered for the same gas welding and brazing applications. All specifications are drawn from manufacturer documentation and ANSI certification records.

Jackson Safety Hellraiser IR 5.0 on Amazon → Uvex Genesis IR 5.0 on Amazon → Pyramex Ztek IR 5.0 on Amazon →

Jackson Safety Hellraiser Family Comparison

Jackson Safety's Hellraiser line spans multiple shade configurations for different torch and brazing applications. The table below shows how the Shade 5.0 model positions against its closest siblings in the IR filter range.

• Buy the Hellraiser IR 5.0 if you do gas welding with tip sizes 20–200, torch brazing, or oxy-acetylene cutting — this shade is code-specified for those operations.
• Buy the Hellraiser IR 3.0 if your work is limited to torch soldering or very light brazing where Shade 3 is specified — Shade 5 will be too dark for visual task quality.
• Buy the Jackson Safety WF20 IR 5.0 if you prefer a cup/goggle-style fit over a wraparound glasses format, or if your environment warrants the additional facial coverage of the cup frame.

Shop the Jackson Safety IR line on Amazon → Hellraiser IR 5.0 → Hellraiser IR 3.0 → Jackson Safety WF20 IR 5.0 →

Compatible Products and Accessories

Welding and cutting tasks that use IR safety glasses often involve multiple simultaneous hazards: flying sparks, heat, UV/IR radiation, and respiratory exposure from fumes. The following accessories pair directly with the Hellraiser IR 5.0 in a complete eye and face protection setup.

• Face shields for spark and slag protection: For oxy-acetylene cutting with significant slag projection, a face shield worn over the IR glasses provides additional coverage for the face and neck. See our safety glasses vs face shields guide for layering guidance. Face Shields on Amazon →
• Safety goggles for splash and chemical secondary hazards: If your torch work involves flux, cleaning acids, or coolant exposure, chemical splash goggles should supplement the Hellraiser IR glasses. See our safety glasses vs goggles comparison for context on when goggles are required over glasses.
• Lens cleaning wipes (anti-fog formulation): Even without a factory AF coating, anti-fog lens wipes applied before shift start can meaningfully reduce fogging on polycarbonate IR lenses. Anti-Fog Wipes on Amazon →
• Hard case or soft pouch: IR filter lenses are susceptible to surface scratching that degrades the filter quality over time. A dedicated storage case keeps the lens surface clean between uses. Safety Glasses Cases on Amazon →
• Respirator cartridges for welding fumes: Gas welding produces metal fumes and combustion byproducts. See our guide to best respirator cartridges for welding fumes for the correct cartridge type to use alongside IR eyewear in a compliant PPE program. Welding Respirator Cartridges on Amazon →

IR Safety Glasses in Context: Eye Protection Standards for Welding and Cutting

Understanding where the Hellraiser IR 5.0 fits within the broader eye protection landscape helps workers and safety managers make correct PPE selections across mixed-operation environments.

ANSI/ISEA Z87.1-2020 is the governing standard for eye and face protection in U.S. workplaces. The "+" suffix after Z87.1 indicates the high-impact version of the standard, which sets more demanding projectile impact tests. Any safety glasses used in a professional industrial environment should carry Z87.1+ or Z87+ certification. The Hellraiser IR 5.0 meets the high-impact standard.

IR shade selection is governed by ANSI Z49.1 (Safety in Welding, Cutting, and Allied Processes) and is cross-referenced in OSHA 29 CFR 1910.133 Table E-2. The table specifies minimum shade numbers by process: Shade 3–4 for soldering; Shade 3–6 for cutting; Shade 4–8 for gas welding (depending on tip size); Shade 10–14 for arc welding. Shade 5.0 covers the mid-range of gas welding and most oxy-acetylene cutting operations. For a full selector-level discussion of lens types by application, see our indoor/outdoor vs clear lens guide and amber vs clear lens comparison.

Workers moving between indoor torch work and outdoor cutting may also find our polarized vs non-polarized safety glasses guide relevant for general outdoor eye protection selection. For a broader look at the anti-fog safety glasses category, that collection covers options where humidity control is a priority. The clear lens safety glasses collection covers complementary non-IR options for general shop use, and the polarized safety glasses collection addresses outdoor glare reduction needs.

Total Cost of Ownership

Safety glasses are consumable PPE — they degrade through lens scratching, frame fatigue, and UV/IR exposure over time. The total cost calculation for the Hellraiser IR 5.0 looks like this for a typical daily-use gas welder:

• Purchase price: ~$22 per pair from WC Safety (check current price on the product page)
• Replacement interval: 1–2 years for regular daily use (sooner if lens is visibly scratched, clouded, or the IR coating shows degradation). IR filter lenses should not be used past visible degradation — a scratched or clouded IR lens may not provide the specified shade protection uniformly.
• Lens cleaning supplies: Anti-fog wipes or microfiber cloths, approximately $8–$12/year for a daily user
• Storage: A hard case (~$8 one-time) extends lens life significantly by preventing contact scratches during storage
• Per-day cost example: At $22/pair with a 300-working-day year and a 1.5-year replacement cycle, daily eyewear cost is approximately $0.05/day — before lens cleaning supplies. Total annual spend for a daily user runs approximately $30–$36 including cleaning and a prorated storage case.

At this price point, the Hellraiser IR 5.0 represents one of the lowest total-cost IR safety glass options in the ANSI Z87.1+ certified range. The tradeoff is the absence of an anti-fog coating, which may require supplementary consumable spending (wipes) to maintain optical clarity in humid environments.

Final Verdict: 4.4/5 — Buy for Gas Welding; Skip for Arc Welding

The Jackson Safety Hellraiser IR 5.0 earns a 4.4 out of 5 for what it is: a purpose-built, ANSI Z87.1+ high-impact rated Shade 5.0 IR safety glass at a competitive price. It does the job it was designed for — protecting gas welders, brazers, and oxy-acetylene cutters from IR radiation — with a polycarbonate lens construction that also handles the impact hazards present in those environments. The 4.8/5 user rating aligns with a product that delivers on its stated purpose reliably.

The four-tenths deduction reflects real limitations: no anti-fog coating, no OTG option, single-use tint that prevents all-day wear versatility, and the inherent scope limitation that Shade 5.0 cannot cover arc welding operations. None of these are surprises for an experienced buyer — they are the expected trade-offs of a dedicated IR filter glass. But safety managers equipping a mixed-operation shop should budget for additional clear-lens eyewear alongside these, and should document the task-specific nature of the Hellraiser IR 5.0 in their PPE program to prevent incorrect use on arc processes.

Buy this if: you do gas welding, oxy-acetylene cutting, or torch brazing and need ANSI Z87.1+ compliant IR Shade 5.0 eyewear at a price point that makes multi-pair deployment practical. Buy a different option if: you need an AF-coated IR lens (look at Uvex Genesis variants), OTG compatibility, or higher-shade arc welding protection.

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Frequently Asked Questions

Is the Jackson Safety Hellraiser IR 5.0 ANSI Z87.1+ certified for industrial use?

Yes. The Hellraiser IR 5.0 (model 20545) carries ANSI/ISEA Z87.1+ high-impact certification, meaning it has passed the more demanding high-velocity projectile test in addition to the basic impact standard. This certification satisfies OSHA 29 CFR 1910.133 requirements for eye protection in environments with impact and radiation hazards present simultaneously, such as gas welding and oxy-acetylene cutting operations. See the product page for current certification documentation.

Jackson Safety Hellraiser IR 5.0 vs Uvex Genesis IR 5.0 — which should I buy?

For dry-environment gas welding applications where anti-fog is not a priority, the Hellraiser IR 5.0 offers comparable shade protection at a similar price point with a strong user satisfaction rating. If your work environment is humid, or if fogging has been an issue with previous eyewear, the Uvex Genesis with Uvextreme AF coating is the better choice — anti-fog performance in IR lenses is harder to retrofit than in standard clear lenses. Both meet ANSI Z87.1+. See our safety glasses collection for both options.

Can I wear the Jackson Safety Hellraiser IR 5.0 for MIG or TIG arc welding?

No. Shade 5.0 is not sufficient for any arc welding process. OSHA 29 CFR 1910.133 Table E-2 specifies Shade 10 minimum for MIG welding (GMAW/FCAW) and Shade 10–14 for TIG and stick processes depending on amperage. Using a Shade 5.0 lens for arc welding will not adequately block the UV and visible light emitted by the arc and creates a real risk of arc eye (photokeratitis) and long-term UV damage. A proper welding helmet with the correct shade is required for arc processes. The Hellraiser IR 5.0 is appropriate only for gas welding, brazing, and cutting operations.

What IR shade is the Jackson Safety Hellraiser IR 5.0, and what gas welding operations does it cover?

The lens is Shade 5.0. Per ANSI Z49.1 and OSHA 1910.133 Table E-2, Shade 5.0 is appropriate for: gas welding with tip sizes 20–200 (medium gas welding); oxy-acetylene cutting; torch brazing and torch soldering at higher heat levels. Shade 5.0 is within the specified range (Shade 4–8 for gas welding) and provides conservative margin above the minimum for most common gas welding tip sizes.

Does the Jackson Safety Hellraiser IR 5.0 have an anti-fog coating?

Jackson Safety's product documentation for model 20545 does not list an anti-fog (AF) coating on this lens. If fogging is a concern in your environment, you can apply aftermarket anti-fog wipes before each shift as a practical interim measure. For a permanently AF-coated IR lens, consider alternatives with factory-applied anti-fog treatments. Our anti-fog vs anti-scratch guide covers when AF coating is essential vs optional.

Is the Jackson Safety Hellraiser IR 5.0 suitable for oxy-acetylene cutting?

Yes. Oxy-acetylene cutting falls within the operational range of Shade 5.0 IR glasses. OSHA specifies Shade 3–6 for light to heavy cutting; Shade 5.0 covers the medium-to-heavy portion of that range. These glasses will provide code-compliant IR and impact protection for standard oxy-acetylene cutting operations. For heavy cutting with significant slag projection, consider adding a face shield over the glasses for full-face spark protection. Our safety glasses vs face shields guide covers layering requirements.

How long do Jackson Safety Hellraiser IR 5.0 lenses last before needing replacement?

For daily-use gas welding applications, a reasonable replacement interval is 1–2 years, with earlier replacement if the lens shows visible scratching, clouding, or crazing. IR filter lenses that develop surface damage may not provide uniform shade protection across the lens area — a scratched IR lens should be replaced rather than continued in service. Store the glasses in a case between uses to minimize contact scratching. The low per-pair cost of the Hellraiser IR 5.0 makes proactive replacement on a 12-month schedule practical for single-operator deployments.

Can I wear the Jackson Safety Hellraiser IR 5.0 over prescription glasses?

The Hellraiser IR 5.0 is not specifically designated as an OTG (over-the-glasses) model, and the wraparound frame geometry may not accommodate all prescription frame sizes comfortably. Prescription eyeglass wearers should verify physical fit before relying on these over their corrective lenses. If OTG fit is required, look for IR safety glasses specifically marketed as OTG-compatible, or consult with a safety supplier about prescription safety lens inserts for this or a compatible frame.

Is the Jackson Safety Hellraiser IR 5.0 OSHA-compliant for a formal PPE program?

Yes — for the operations it is designed for (gas welding, brazing, oxy-acetylene cutting), the ANSI/ISEA Z87.1+ certification satisfies the OSHA 29 CFR 1910.133 requirement for appropriate eye protection. OSHA compliance also requires that PPE be selected based on a hazard assessment per 1910.132(d), that the shade matches the specific process per Table E-2, and that the PPE program be documented. The Hellraiser IR 5.0 fits into a compliant program when correctly assigned to gas operations only. For formal program development, consult a Certified Industrial Hygienist.

What polycarbonate lens does the Jackson Safety Hellraiser IR 5.0 use?

The Hellraiser IR 5.0 uses an IR Shade 5.0 polycarbonate lens in a green filter tint. Polycarbonate is the standard material for impact-rated safety eyewear — it is lighter than glass, provides inherent UV absorption, and can achieve the deformation resistance required for ANSI Z87.1+ high-impact certification. The green tint is the visual characteristic of the Shade 5.0 IR filter, which selectively attenuates the infrared wavelengths produced by gas flames and heated metal.

Jackson Safety Hellraiser IR 5.0 vs Pyramex Ztek IR 5.0 — which is better value?

Both are ANSI Z87.1+ certified IR Shade 5.0 options in the sub-$25 range. The Pyramex Ztek typically runs slightly cheaper (~$12–$18). The Hellraiser IR 5.0 carries a higher user satisfaction rating (4.8/5 vs 4.4/5), which may reflect better fit, optical clarity, or frame durability. For multi-pair bulk procurement, the Pyramex Ztek's lower unit cost may be the deciding factor. For single-operator quality-of-use, the Hellraiser's rating advantage is worth the modest price premium. Browse both in the safety glasses collection to compare current pricing.

Does the Jackson Safety Hellraiser IR 5.0 protect against UV radiation?

Yes. The polycarbonate lens provides inherent UV absorption — polycarbonate naturally filters UV-A and UV-B wavelengths. In addition, an IR Shade 5.0 filter lens attenuates the visible and near-IR spectrum associated with gas welding radiation. The combination of polycarbonate material and the Shade 5.0 filter provides UV protection well within the requirements for welding and cutting operations. For high-UV outdoor applications unrelated to welding, a lens specifically labeled with UV protection specifications may be more appropriate — see the safety glasses collection.

Are the Jackson Safety Hellraiser IR 5.0 Safety Glasses good for brazing?

Yes — torch brazing is one of the primary applications for Shade 5.0 IR glasses. Brazing operations produce IR radiation from the heated base metal and filler material, and ANSI Z49.1 specifies Shade 4–5 for torch brazing. The Hellraiser IR 5.0 sits at the correct shade level for this operation, and the ANSI Z87.1+ impact certification covers the incidental spark and debris exposure that occurs in brazing environments. If your brazing involves flux and chemical splash, consider whether supplementary splash goggles are required per your hazard assessment.

What is the difference between IR Shade 3.0 and IR Shade 5.0 in safety glasses?

Shade number indicates the optical density of the filter — higher shade numbers block more light and radiation. Shade 3.0 is appropriate for lower-radiation operations like torch soldering and very light brazing. Shade 5.0 is appropriate for gas welding (medium tip sizes), torch brazing, and oxy-acetylene cutting. Using a shade too light for your operation leaves the eye exposed to IR radiation above the safe threshold; using a shade unnecessarily high reduces task visibility. Match the shade to the specific operation per ANSI Z49.1 Table B-1 or OSHA 1910.133 Table E-2. See our lens selection guide for further context on shade vs tint selection for non-IR applications.

Can I use the Jackson Safety Hellraiser IR 5.0 Safety Glasses outdoors in bright sunlight?

The IR Shade 5.0 green filter is functional as a very dark tint in outdoor bright conditions, but these are not designed or optimized for general outdoor sun protection. Shade 5.0 is very dark relative to standard smoke or mirror outdoor safety lenses. For outdoor general-purpose use, a standard smoke, gray, or polarized lens will provide better contrast and color rendering. For outdoor options, see our polarized vs non-polarized safety glasses guide and the polarized safety glasses collection.

How do I clean the Jackson Safety Hellraiser IR 5.0 lenses without damaging the IR filter?

Use a clean microfiber cloth or pre-moistened lens wipes designed for polycarbonate safety lenses. Avoid paper towels, shop rags, or abrasive cloths — polycarbonate scratches more easily than glass. Do not use solvent-based cleaners (acetone, alcohol in high concentration) as these can degrade polycarbonate surface coatings and the IR filter uniformity over time. For anti-fog performance in humid environments, pre-treat with a quality anti-fog wipe before each shift. Store in a case or pouch when not in use to prevent contact scratching. Lens Cleaning Wipes on Amazon →

Is the Jackson Safety Hellraiser IR 5.0 available in different lens shades?

The Hellraiser product line includes both Shade 3.0 and Shade 5.0 variants — the model reviewed here (20545) is the Shade 5.0 version, which is appropriate for gas welding and brazing. If your operation requires Shade 3.0 (for lighter soldering or brazing work), look for the Hellraiser IR 3.0 variant. As with all IR shade selection, match the shade to your specific process per ANSI Z49.1. Check the safety glasses collection for availability of both shades.