Electrical Hazard Work Boots: What to Look For
By BRUNT Workwear on October 07, 2024
If you work around live circuits, the boots on your feet are part of your safety gear. Electrical hazard work boots give you a backstop for the days something goes wrong. Get the choice wrong and you're looking at gaps in protection, blowouts, or aching feet by hour four. Get it right and you stop thinking about your boots and get back to the job. This guide breaks down the rating, the decisions that matter, and which boots fit your trade.
What EH-Rated Work Boots Actually Are
An electrical hazard (EH) rating is built and tested to the ASTM F2413 standard, currently the F2413-24 revision. Under OSHA 29 CFR 1910.136, your employer has to make sure protective footwear is worn where your feet are exposed to electrical hazards, and that footwear has to meet a consensus standard like ASTM F2413.
Here's the part legacy brands get lazy about: the ASTM F2413 EH test runs 18,000 volts at 60 Hz through the sole and heel for one minute, and the boot has to leak 1.0 milliampere or less under dry conditions. That 18,000 volts is the test threshold, not a promise. What you actually get on the job is secondary protection against incidental contact with live circuits up to 600 volts in dry conditions. So if you touch something you shouldn't, your boots buy you a margin. They are not a substitute for lockout/tagout or the rest of your safety habits.
One more distinction worth knowing: EH is not ESD. EH insulates you to reduce shock from incidental contact with a live circuit. ESD (electrostatic dissipative) does the opposite job, channeling static charge away from your body. They aren't interchangeable, so match the rating to the hazard you actually face.
To verify a boot yourself, look for the ASTM F2413 EH marking on the spec sheet or the tag inside the boot before you buy. If it isn't printed there, treat it as unrated.
The Key Decisions
Four choices decide whether a boot fits your work. Here's what each one means and who it's right for.
Toe type is the big one around electricity. Steel conducts; composite doesn't. A nano composite safety toe gives you impact and compression protection without putting metal near a live circuit, and it runs 15% lighter than steel.
Waterproofing matters because moisture works against insulation. A sealed waterproof membrane keeps your feet dry on wet floors and helps the boot do its job in damp conditions.
Height comes down to support. A 6" boot moves easier; an 8" gives you more ankle coverage on rough ground.
EH rating and construction tie it together. Confirm the ASTM F2413 EH marking, then check the outsole and build for the surfaces you're on.
| Decision | Options | Best For |
|---|---|---|
| Toe type | Composite (non-conductive) vs. steel (conductive) | Composite for anyone near live circuits |
| Waterproofing | Waterproof membrane vs. water-resistant vs. none | Waterproof for wet floors, outdoor sites, damp conditions |
| Height | 6" vs. 8" | 6" for mobility; 8" for ankle support on rough ground |
| EH rating & construction | ASTM F2413 EH-marked; outsole and build | EH marking is non-negotiable near electricity |
Matching Electrical Hazard Boots to Your Trade
If you're an electrician, start with an EH rating and a composite toe, since the non-conductive toe keeps metal away from live work. The Marin is a classic moc-toe wedge with EH protection, a nano composite BRUNT Toe™ 15% lighter than steel, and a proprietary BRUNT rubber outsole resistant to oil, slip, chemicals, and high heat up to 572°F. It runs on premium U.S. steer FARMGUARD™ leather with a waterproof membrane, so it holds up for electricians, plumbers, HVAC techs, and general labor who want a wedge that meets ASTM F2413.
If you're a lineman or on utility and climbing work, go lighter and grippier. The Ryng is an athletic EH-rated boot with a defined 90° heel for ladders, a non-conductive nano composite toe, and a deep-lug BRUNT rubber outsole for grip. Its CUSH'N® midsole delivers up to 30% energy return, meets ASTM F2413-24, and keeps you agile on uneven ground.
If you move between the shop and outdoors, The Ohman is a 6" slip-on with a non-conductive composite toe, barnyard-resistant FARMGUARD leather, and the same 572°F heat-resistant outsole. It meets ASTM F2413-24 M I/75 C/75 EH for easy on/off between tasks.
Still Not Sure? Try It Risk-Free
You shouldn't have to guess whether a boot works for your job from a product page. That's why every pair comes with a 14-day risk-free trial: try the gear on the actual job site, with free shipping. If your feet don't love it, send it back with free exchanges. Every BRUNT boot is designed and tested by real workers on the job, and the SWITCH-FIT™ system lets you dial in your width from regular D to wide EE so the fit is right from day one.
FAQ
What does electrical hazard mean for work boots?An electrical hazard (EH) rating means the boot's sole and heel are built and tested to ASTM F2413 to resist electric current. It gives you secondary protection against incidental contact with live circuits up to 600 volts in dry conditions. It's a backstop, not a replacement for safe work practices.
What boots are approved for electrical work?Look for boots carrying the ASTM F2413 EH marking, which OSHA recognizes as a consensus standard for footwear worn around electrical hazards. Pair that rating with a composite toe so there's no conductive metal near live circuits. The Marin, Ryng, and Ohman all meet ASTM F2413.
How can I tell if boots are EH rated?Check the spec sheet or the tag inside the boot for the ASTM F2413 EH marking before you buy. If the rating isn't printed there, don't assume it's protected, treat it as unrated.
What's the difference between EH and ESD boots?EH boots insulate you to reduce shock from incidental contact with a live circuit. ESD boots do the opposite, channeling static charge away from your body. They serve different hazards and are not interchangeable.