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Work boots, read from the tag

Match the boot to the hazard.

Jobsite footwear guides for tradespeople: which toe type, which rating codes and which features your work calls for, and how the big work lines compare variant by variant. Read from maker specs, listings, published standards and owner reports.

Plate 01 · three toes, one tag
  • Steel toe

    Read I/75 · C/75

    The slimmer cap. Makers note steel conducts heat and cold.

  • Composite & carbon

    Read I/75 · C/75

    A non-metallic cap, usually marketed as lighter. A common pairing with EH footwear.

  • Soft toe

    Read F2892 · EH · slip

    No cap, more toe-box room. Only where your site rules allow it.

Same marks, different trade-offs. The marking inside the boot is the record; a listing is a claim.

Pick the job, read the tag

Hazard Match

Choose your trade or tick the hazards on your site. You get the toe type, the codes to read on the tag and the features to look for, in plain language. No products, nothing leaves your browser.

Hazard Match · pick the job, read the tagPlain-language, no products
1Your trade (optional starting point)
2Hazards on your job (tick all that apply)

Your match prints here

Pick a trade, or tick the hazards

You get the toe type, the codes to read on the tag and the features to look for, in plain language. Nothing leaves your browser.

Inside the tongue

Decode the tag

Every safety boot carries a printed marking, and it is the record of what the pair is marked for, not the product page. Here is what each line of a typical tag means, as the standard defines it.

Protective footwear · sample marking

ASTM F2413-18

MI/75C/75

MtPREH

Illustrative, not a real pair. Numbers point to the legend.

The marking inside the boot is the record. A listing is a claim: where a maker states a rating, we say “the maker states”, and you confirm it on the pair.
  1. ASTM F2413-18

    The standard, and its edition

    The standard defines performance requirements for protective (safety) toe footwear. The two digits after the dash are the edition year, and listings mix -11, -18 and -24, so read the year on your own pair.

  2. M / F

    Men’s or women’s marking

    The marking carries an M or an F for the sizing the pair was rated under. Check that the one printed on your pair matches the pair you meant to buy.

  3. I/75

    Impact

    The standard defines an impact test on the toe area. 75 is the class printed when the pair is marked as passing it.

  4. C/75

    Compression

    The standard defines a compression test on the toe area. 75 is the class printed when the pair is marked as passing it.

  5. Mt

    Metatarsal guard

    Optional protection for the top of the foot behind the toe cap. It appears only on pairs built with a metatarsal guard.

  6. PR

    Puncture resistant

    The standard defines a puncture test on the sole. PR means the pair is marked as passing it.

  7. EH

    Electrical hazard

    The standard defines an electrical test on the sole and heel; makers describe 18,000 volts with leakage of 1 milliamp or less. EH is secondary protection in dry conditions. A wet or worn sole may not protect.

  8. Cd / SD

    Conductive / static dissipative· also seen

    Two different jobs: the standard defines conductive (Cd) and static-dissipative (SD) footwear for controlling static. Neither is EH, and conductive footwear is the wrong choice around live circuits.

  9. SR / SRO

    Slip resistance· also seen

    Slip marks show up on tags and listings. The soft-toe standard, ASTM F2892, lists slip classes such as SRO; other makers cite their own slip tests, so read which one the listing names.

  10. F2892

    The soft-toe standard· also seen

    A boot with no toe cap sits under ASTM F2892 instead of F2413, and can still carry EH and slip marks.

Code meanings come from published summaries of the standards; the standard text itself is sold by ASTM, so this is a paraphrase, not a copy. For the legal side of protective footwear in US workplaces, OSHA’s rule is 29 CFR 1910.136 — general information, not legal advice. More on the glossary and the safety-standards guides.

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Tees, stickers and mugs for the crew room. Watch the print run — or take the letter and hear first.

Still have questions?

Do work boots run big or small?

It varies by maker and by last, so there is no safe rule. Safety caps take up space in the toe box, which can make a capped boot feel snugger across the toes than the same size without one. Use the maker’s size guide, note which widths the model comes in, and judge fit with the socks you will actually wear on the job.

Steel toe vs composite toe: which is better or safer?

Neither is safer by material alone. Both can carry the same impact and compression marks (I/75 and C/75), and the label on the pair tells you which one is rated. Makers describe steel as the slimmer cap and composite as lighter and not conducting heat or cold the way steel does. Choose on weight, temperature, metal-detector rules and toe-box room.

What does EH rated mean, and is it the same as a safety toe?

EH means the sole and heel are marked as passing an electrical test, as secondary protection in dry conditions. It is not the same as a safety toe: EH covers the sole and heel, a safety toe covers the toe area, and a soft-toe boot can carry EH under ASTM F2892. EH never replaces de-energizing the circuit, and a wet or worn sole may not protect.

Does OSHA require steel toe boots, and does my employer pay for them?

OSHA’s rule 29 CFR 1910.136 calls for protective footwear where there is a danger of foot injuries from falling or rolling objects or from objects piercing the sole, or an electrical hazard that remains after other protective measures. Separately, 1910.132(h)(2) says an employer need not pay for non-specialty safety-toe footwear when it permits wearing it off the job site. Rules differ by industry and state, and this is general information, not legal advice; ask your employer.

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