Electrician Boots: What EH Really Means, and 6 Rated Picks

All three codes deal with electricity, and that is about all they share. EH boots resist current flowing through the sole. Conductive boots are built to carry static charge into the ground. SD boots sit in a controlled band between the two. CCOHS, Canada's occupational safety centre, warns that SD and conductive footwear 'should not be used where contact with live electrical conductors can occur'.

That is why a boot is never sold as EH and Cd together: one insulates and the other conducts. A few makers sell the same model in EH and SD versions that differ only by colourway. Xena's Astra athletic shoe is one: its White Gold colour is SD and its Black Silver colour is EH, according to Xena's product page. If you order by colour without reading the label, you can end up with the wrong code.

The 18,000 V figure is a proof test on new, dry footwear in a lab. It does not mean you are protected at 18,000 V on a job. Trade press and some makers state a working figure instead: EHS Today describes EH as secondary protection against open circuits 'up to 600 volts in dry conditions', and Cat Footwear's Second Shift page uses the same 600-volt wording. Treat that as the ceiling a maker is willing to print, not as permission.

Three things erode EH protection. Water is the first: CCOHS says shock resistance 'deteriorates with wear and in a wet environment'. Wear is the second: a sole worn thin or cut through, or a nail driven into it, can bridge the insulation. Changes are the third: ASTM F2413-24 §1.4 says after-market footbeds or inserts, or resoling, could make the ASTM marking invalid. That last one surprises people who swap in a gel insole the first week.

Either works for EH, because the rating belongs to the whole boot as tested, not to the toe cap. The r/electricians thread title quoted below states the common belief that EH safety-toe boots are nearly always composite. The market says otherwise.

The Wolverine Floorhand in our picks is a steel-toe boot rated 'M I/75 C/75 EH', and Wolverine's Loader 8-inch wedge is rated 'M/I/C EH' with a steel toe too. A metal cap sits inside the upper, wrapped in leather and lining, and the sole does the insulating. What a non-metal cap does change is the metal count. If your site screens with metal detectors, a composite or carbon toe removes the biggest piece of metal. Shanks, eyelets and puncture plates can still be metal, so check the spec sheet. Irish Setter lists the Wingshooter ST's shank as 'None'.

Choose by the rest of your day. Composite and carbon caps are what most makers put in their lighter boots; KEEN, for example, says its carbon toes are 15% lighter than steel. Steel is common in budget boots and in a wider range of models. Neither changes the EH line.

Every row below quotes the maker's own ASTM wording for these electrician boots, because that is what an inspector or safety manager will read. Where a maker prints no single rating line (Carolina), we say so rather than writing one for them. Heights are the maker's published shaft height, or the model name where none is published.

How to narrow it down: if you spend most days on commercial jobs with slab floors and ladders, the Overpass or Cincinnati covers EH with a light non-metal cap. If you climb, start with the Linesman. If you go through metal detectors, the Wingshooter ST lists no shank at all. If money is the limit in your first year, the Floorhand gives you the same EH test result as the expensive boots. Women who keep getting blisters in downsized men's sizes should start with the Xena. Note that the KEEN Cincinnati's published shaft is under 5 inches. That is fine for indoor work, but it lets mud and debris in over the collar on open sites.

Line work puts your arch on a narrow edge for long stretches: a pole step, a ladder rung, or the stirrup of a climber. That is why linesman boots are built around a stiff shank and a heel with a squared front edge. Carolina describes the Linesman's shank as 'Heavy Duty Steel Right and Left', made in left and right versions, and the boot stands 10 inches tall on a Vibram outsole. Other makers sell the same idea under different names: KEEN gives the Pittsburgh a '90° heel' for 'ladders and scaffolding', and Ariat says the 90° heel on its Groundbreaker 'helps provide secure footing on ladders, rungs, and uneven surfaces'.

We don't summarize utility-industry rules here, because line work runs under its own employer safety programs and those set the footwear terms. If your company issues a list of approved climbing boots, that list wins over anything on this page. What you can check yourself: the EH line on the label, a shank that is listed, a defined heel, and a shaft tall enough for climber straps.

Five minutes with the tongue label tells you more about a pair of electrician boots than any product photo. Follow these steps on a new pair, and again whenever the boots take a hit.

Sometimes your employer does. OSHA's general rule, 29 CFR 1910.132(h)(2), says employers don't have to pay for 'non-specialty safety-toe protective footwear' that workers may wear off the job. EH boots can be different. In a 2013 interpretation letter, OSHA said that if the hazard assessment finds electrical hazards and the employer selects electric-shock-resistant footwear, the employer 'must provide this footwear at no cost' when it is rated to give more protection against electrical hazards than a normal safety-toe boot.

OSHA's Appendix B to Subpart I lists electricians among the jobs where foot protection 'should be routinely considered'. Ask your foreman whether the hazard assessment names electrical hazards. If it does, ask whether EH-rated electrician boots are issued or reimbursed before you pay out of pocket.