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Timberland Pro Safety Toe

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Timberland PRO Men's Powertrain Alloy Toe Metguard Work Shoe-TB0A1GHM001 3.5 / Medium / Black - Overlook Boots
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Timberland PRO Men's Pit Boss 6" Steel Toe Work Boot - TB133031231 7 / Medium / Wheat Nubuck - Overlook Boots
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Timberland Pro Men's Boondock HD 8" Comp Toe WP Work Boot- TB0A29TG214 7 / Medium / Brown - Overlook Boots
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Timberland Pro Men's Tempe 6" Alloy Toe SR Work Boot- Brown- TB0A2QFUEM8 7 / Medium / Tan - Overlook Boots
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Timberland PRO Men's Direct Attach 6" Steel Toe Work Boot-TB165016713 7 / Medium / Wheat - Overlook Boots
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Timberland PRO Men's Powertrain Alloy Toe Mid Work Boot - TB1A11QF001 7 / Medium / Black Synthetic - Overlook Boots
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Timberland PRO Men's Barstow Wedge 6" Alloy Toe Work Boot TB188559214 7 / Medium / Rust - Overlook Boots

Frequently Asked Questions

All three meet the identical ASTM F2413 impact and compression thresholds, so protection isn't the deciding factor. Steel is the least expensive and the slimmest toe box, but the heaviest and it conducts temperature. Alloy is a metal cap noticeably lighter than steel. Composite is the only fully non-metallic option: lightest, warmest in winter, and the one that clears metal detectors. Match it to your work rather than assuming one is stronger.
They're the two core safety-toe tests. I/75 is impact resistance at 75 foot-pounds, roughly a 50-pound object dropped from 18 inches onto the toe. C/75 is compression resistance at 2,500 pounds of slowly applied load, closer to a wheel rolling over your foot. Nearly every modern safety toe in North America is rated at these levels, so the numbers confirm compliance rather than ranking one boot above another.
The composite toe itself won't, since it's non-metallic. Whether the whole boot clears a detector depends on the rest of the build, particularly the shank and any hardware. For courthouse, airport, and secure-facility posts, choose a model that states a fully non-metallic construction. For general jobsite use, the toe material is the part that matters.
They do opposite jobs. Electrical hazard (EH) footwear insulates you from live circuits using non-conductive soles and heels. Static dissipative (SD) footwear does the reverse, bleeding static charge off your body into the floor at a controlled rate to protect electronics and prevent sparks. They're mutually exclusive under ASTM F2413, so a shoe carries one or the other. Check the product page for which.
With more room at the front than a regular boot. A safety cap doesn't flex or stretch, so if your toes reach it when you walk downhill or brake hard, they'll keep reaching it for the life of the boot. You want your foot seated back into the heel with clear space ahead of the toes. Feet swell over a shift, so err large rather than snug if you're on your feet all day.
Yes. The women's range includes the Hightower and TITAN alloy toe boots, the Reaxion composite toe, and several Powertrain work shoes in alloy and composite toe. Available sizes and widths are listed on each product page.

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