Frequently asked questions

They are the ASTM F2413 marking. A typical line reads ASTM F2413-24 M I/75 C/75 EH: M for a male last, I/75 and C/75 for impact resistance at 75 foot-pounds and compression at 2,500 pounds, then optional codes such as EH for electrical hazard, Mt for metatarsal and PR for puncture resistance. Our full decoder goes through each one.

Yes, at the same ASTM rating - the standard tests measured performance, not material. Composite is lighter, far warmer in cold and non-metallic; steel is thinner and cheaper. See composite toe vs steel toe.

The sole and heel passed a dielectric test in dry conditions, providing secondary protection against accidental contact with live circuits. It is not insulation and not authorization to work energized equipment, and it is void once the sole is wet or worn through. The full explanation is here.

Only if they carry a PR puncture-resistance marking or have a genuinely stiff, thick midsole. A steel toe does nothing about a nail from below, which is the most common puncture injury in framing and demolition.

Under OSHA's PPE payment rules employers must generally pay for required protective equipment, with a specific exception for non-specialty safety-toe footwear that employees are permitted to wear off the jobsite - which is why most people buy their own boots. Check the rule and your employer's policy.

Snug at the heel and instep with almost no heel lift, and roomy at the toes with about a thumb's width ahead of your longest toe. Measure standing, late in the day, in your work socks - feet are measurably larger then. Full sizing guide.

Almost always because the boot is too short, or too loose so your foot slides forward into the rigid cap. The cap cannot flex, so any shortness goes straight into your toes. Correct the length, use heel-lock lacing, and try socks with a reinforced toe box.

The leather upper can be stretched a little by a cobbler. A safety toe cap cannot - it is rigid steel or composite and will not change shape. If the pinch is at the cap, you need a boot with different cap geometry: boots for wide feet.

A flexible cemented boot is often comfortable within days; a stiff full-grain welted boot commonly takes two to four weeks of increasing wear. Never use heat, soaking or freezing methods - they damage leather and adhesives. Break-in guide.

Feet swell measurably over a shift, more in heat and on hard floors, so a boot that fits at 9am can be compressing your forefoot by 6pm. Fit boots late in the day and favor toe room when you are between sizes.

They are the highest-return purchase in work footwear. The factory insole in most boots is thin die-cut foam that exists to make the boot shippable, so almost any proper insole is an upgrade - often a bigger comfort difference than spending another hundred dollars on boots.

Match the type to the symptom. General aching from standing on hard floors needs cushioning. Arch pain, collapsed arches or morning heel pain need a semi-rigid or rigid support shell - soft gel will not help those. Insole types explained.

Yes, almost always. Stacking a new insole on the factory one raises your foot, tightens the boot across the instep and reduces toe clearance under a safety cap - which is how people end up with bruised toenails.

Cotton absorbs sweat and holds it against your skin, loses its cushioning once damp, and slides down inside the boot. That combination causes blisters and creates the conditions for athlete's foot. Merino or a synthetic blend, always. Best work socks.

For heavy, aching, swollen legs, graduated 20-30 mmHg compression socks are the intervention with the best support behind them. They do not help arch or heel pain, which is an insole problem - and they are contraindicated in some circulatory conditions, so check with a clinician if that applies. More here.

A1 to A3 for general handling where the risk is scrapes. A4 to A5 for glass, sheet metal, banding and blade work - the band most people who think they need cut protection actually need. Most coated work gloves are A1, which is close to no cut protection. Full A1-A9 table.

The gloves on this site do not. Electrical protection requires rubber insulating gloves tested to ASTM D120 with a voltage class rating, worn inside leather protectors. No leather or coated work glove substitutes for them. More on glove selection for electricians.

If you kneel for a living, yes. Kneeling puts most of your upper-body weight through a joint not built to carry it, and occupational kneeling is consistently associated with higher rates of knee osteoarthritis. The surface you kneel on decides which pad: knee pads.

For static work in genuine cold - operating equipment, flagging, inspection - yes, because it adds heat rather than just slowing its loss. If you are working hard, better layering is the answer. And it is not flame resistant, so it has no place in an FR environment. Heated gear hub.

No, and we never claim to. We read published manufacturer specifications, check them against the governing standards, aggregate verified owner feedback at volume, and score against a published rubric. Our methodology sets out exactly what we do and do not do.

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There are no customer testimonials on this site at all, because we have no verified reviews to quote and inventing them would be fraudulent. What you see are our own editorial scores, clearly presented as our opinion, with the rubric published.

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