Georgia Safety Toe

Pair of brown leather safety boots with steel-toe protection, displayed on a wooden surface in a construction site setting at sunset.

Frequently Asked Questions

All four meet the same ASTM F2413 impact and compression standard, so choose on weight, temperature, and screening rather than strength. Steel is cheapest and thinnest. Alloy is lighter metal but still conducts temperature and triggers detectors. Composite and carbon are non-metallic and do not conduct. Carbon, which Georgia calls Carbo-Tec, is the lightest.

I/75 means the toe withstood a 75 foot-pound impact and C/75 means 2,500 pounds of compression. Those are the core safety toe codes. Additional codes such as EH for electrical hazard, PR for puncture resistance, and Mt for metatarsal protection appear only when the boot was built and tested for those hazards. Match the codes to your site's specification.

No. The cap is non-metallic but the shank, any puncture plate, and the eyelets are separate components and can be steel. If you clear detectors at work, verify the whole boot rather than the toe type. See our 100 percent non metallic collection.

Yes, and it is common. The EH rating describes the sole and heel, and the cap sits inside insulating material with no conduction path in normal use. EH and static-dissipative are mutually exclusive under the standard, so a boot carries one or the other and never both. See our electrical hazard boots range.

Almost always fit rather than break-in, because the cap is rigid and never softens the way leather does. If your toes touch the cap walking downhill, the boot is too short. If the pain is across the ball of your foot, you need more width. Sizing up in length rarely fixes it and usually adds heel slip.

Selected models in the range carry met guards, which cover the instep where a safety toe stops. Met protection is rated as part of the finished boot rather than added later, so if your site specifies Mt you need a met-rated model from the start. See our metatarsal boots range.

No. OSHA requires employers to ensure protective footwear meets a recognized consensus standard, which in the US is ASTM F2413, and all four cap materials meet it. Your employer's own policy may specify a material, which is stricter than the regulation. Check your site policy rather than assuming the standard is the whole answer.

Much of the range is offered in wide alongside standard. Width matters more on a rated boot than an unrated one, because the cap cannot stretch at all. If safety boots have pinched across the ball of your foot before, width rather than length is the fix. See our wide fit work boots range.

Georgia Safety Toe

Frequently Asked Questions

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Frequently Asked Questions

Which safety toe material should you choose?

What do the codes on the ASTM label mean?

Does a composite toe make the boot metal free?

Can a safety toe boot be EH rated?

Why do safety toe boots hurt my toes?

Which Georgia boots have metatarsal protection?

Does OSHA require a specific toe material?

Are these available in wide widths?