What Boots Do Electricians Wear? | EH-Rated Rules

The short answer to what boots do electricians wear is simple: EH-rated work boots that meet the ASTM F2413-18 standard. OSHA’s foot-protection rule, 29 CFR 1910.136, requires protective footwear whenever there’s a risk of foot injury or exposure to electrical hazards. That regulation pushes most electricians toward boots built specifically to resist electrical current.

What Makes a Boot “EH-Rated”?

EH stands for electrical hazard, and it’s a specific certification stamped on the boot’s label. EH-rated footwear is tested to withstand 18,000 volts at 60 Hz for one minute with leakage held under 1 milliampere, all in dry laboratory conditions.

That test matters because it measures real protection. The outsole and heel are built from nonconductive materials, which is the core difference between an EH boot and a standard work boot. A boot without that EH stamp should never be treated as if it has electrical protection.

Steel Toe vs. Electrical Hazard Protection

Steel toe and EH rating are two separate features that people often confuse. A steel toe protects against impact and compression, while the EH rating protects against incidental electrical contact.

OSHA’s 1993 interpretation addressed this directly: electrical tradesmen can wear steel-toe shoes as long as the conductive portion doesn’t touch the foot and isn’t exposed outside the shoe. So steel toes aren’t automatically dangerous for electricians — but they also don’t provide electrical protection on their own. You need both features explicitly rated.

Reading the Label Inside the Boot

The inside label tells you everything. A marking like ASTM F2413-18 M I/75 C/75 EH breaks down like this:

• ASTM F2413-18 — the current standard and year of the rating
• M — the gender designation (male)
• I/75 — impact rating of 75 foot-pounds
• EH — electrical hazard protection

Retail marketing claims don’t matter. The stamp inside the boot is the only thing that counts on a jobsite.

When EH Boots Aren’t Enough

EH-rated boots are secondary protection, not a license for live work. They guard against incidental contact with energized circuits, but they are not a substitute for the primary electrical protective equipment required for direct work on live systems.

Wet conditions are another limit. EH footwear is designed for dry environments only, and several safety sources note it’s not suitable for direct or live electrical work, period. If a boot isn’t stamped EH, it doesn’t offer this protection at all.

OSHA-aligned guidance frames it this way: protective footwear must handle impact, compression, puncture, and electrical hazards wherever the job presents them. That’s why most electricians end up in EH-rated boots with composite or steel toes, nonconductive soles, and a label that proves the rating.

When you’re ready to compare specific models, our tested roundup of the best electrician boots breaks down the top EH-rated options side by side. For the official rule itself, OSHA’s 29 CFR 1910.136 foot protection standard spells out exactly when protective footwear is required.

Common mistakes boil down to a few avoidable errors: assuming all work boots are electrically safe, assuming steel toes provide electrical protection, using EH boots for live work or wet conditions, and trusting marketing over the actual label. Skip all four and you’ll pick the right pair.