Best Safety Glasses for Welders (2026): 7 Top Picks

No. Arc welding (MIG, TIG, stick) produces UV and IR radiation of sufficient intensity to cause arc eye (photokeratitis) even with brief exposure. A welding helmet with appropriate shade lens (typically shade 10-13 depending on amperage) is always required for arc welding operations. Safety glasses are used for grinding, chipping, and shop work — not arc welding itself.

Shade 3 is appropriate for light gas welding, brazing, and soldering. Shade 4-5 is required for heavier gas welding and oxy-acetylene cutting. Consult OSHA 1910.133 Table E-2 or ANSI Z87.1 for specific current/operation shade requirements.

IR 3 (shade 3) filters a lower level of infrared and visible radiation — appropriate for brazing, soldering, and light gas welding. IR 5 (shade 5) filters significantly more radiation and is required for oxy-acetylene cutting, heavier torch work, and heating operations. Using IR 3 for operations requiring IR 5 can result in eye injury from IR radiation exposure.

Yes. ANSI Z87.1 shade lenses filter both IR and UV radiation. The shade number indicates the visible light transmission percentage — higher numbers block more radiation. All shade lenses in this guide (IR 3.0 and IR 5.0) provide UV400 protection in addition to the IR filtering.

Look for the ANSI Z87.1 marking on the lens and/or temple, plus the shade/IR marking (e.g., W3 or W5 in the Z87.1 lens code). OSHA 1910.133(a)(5) requires filter lenses to match the appropriate shade for the specific welding or cutting operation.

No. Shade glasses (IR 3 or IR 5) are too dark for grinding operations and will impair your ability to see the grinding wheel angle and sparks clearly. Use clear Z87.1+ safety glasses (Genesis XC or 3M Solus) for grinding, and dedicated shade glasses for torch/gas operations. Many welders keep both on the workbench.

Yes. The Sellstrom flip-up welding safety glasses allow welders to flip the shade lens up for general work and down for torch operations without changing glasses. This can be efficient for tasks that alternate frequently between cutting/heating and general shop work. See our welding safety glasses collection for flip-up options.

Stock three types: (1) Shade 3 glasses (Pyramex SB7950SF) for brazing and gas welding, (2) Shade 5 glasses (Jackson Hellraiser) for oxy-acetylene cutting, (3) Clear Z87.1+ glasses (Genesis XC) for grinding, chipping, and general shop work. A welding helmet is required for any arc welding separate from all three.

Yes, if they carry ANSI Z87.1+ impact certification (the + indicates high-impact rating). All picks in this guide carry Z87.1+ certification, providing protection against spatter and debris in addition to the IR/shade filtering. Wraparound frame geometry provides side protection against spatter that travels laterally.

Arc eye (photokeratitis) is UV radiation damage to the cornea caused by unprotected exposure to arc welding light, reflected arc light, or solar UV. Safety glasses with appropriate shade lenses prevent arc eye from torch operations. For arc welding, only a welding helmet provides adequate protection.

Replace shade lenses when: the shade lens is scratched to the point of distorted vision, the IR coating shows degradation (color shift or uneven tint), the frame is deformed, or impact has been absorbed. Clear general-shop glasses should be replaced when scratched or at the same annual interval as other safety glasses.

Yes. The HexArmor NX1 Shade 3 in this guide includes anti-fog coating on the shade lens. Anti-fog is most relevant for welders who work in environments where torch heat creates convection currents that cause rapid lens fogging during brazing or gas welding operations.

Jackson Safety, Pyramex, HexArmor, Miller Electric, and Hobart are the most trusted brands for welding-specific shade glasses. For general clear-lens shop use, Uvex (Honeywell) and 3M are industry standards.

Yes, and it's recommended. Clear safety glasses worn under a welding helmet provide a secondary layer of impact protection when the helmet is flipped up — from grinding sparks, chipping slag, or debris from adjacent operations. Use low-profile slim-frame glasses for comfortable fit under helmet headgear.

OSHA 29 CFR 1910.133(a)(5) specifies filter lens requirements for protection against radiant energy in welding and cutting operations. The standard references ANSI Z87.1 shade tables. Employers must provide appropriate shade protection based on the specific welding or cutting operation performed.