How to Lace Up Work Boots and Build a PPE Checklist That Actually Works

If you've ever ordered PPE for a crew, you know the sinking feeling when the boxes show up and the wrong items are inside. I've felt it more times than I'd like to admit. I've been handling PPE orders for nine years, and I've personally made (and documented) 11 significant mistakes—totaling roughly $38,000 in wasted budget. Now I maintain our team's PPE checklist. This is that checklist.

This isn't a product review and it's not a lecture. It's a step-by-step process for choosing HexArmor safety glasses, HexArmor safety goggles, tactical vests, non slip work boots, and everything else that keeps people alive on a shift. Trust me on this one: the checklist is the reason I stopped ordering the same mistakes.

Who this checklist is for

My experience is based on about 200 PPE orders for warehouses and light manufacturing. If you're buying PPE for welding, chemical processing, or high-heat work, use this as a starting point, not the final word. But for most industrial crews, this is the fastest path from "looks fine" to "actually works." Bottom line: if you're about to spend company money on PPE, run this checklist first.

The 6-step PPE buying and fitting checklist

1. Start with the hazard list, not the logo

Before you type a product name into a search bar, write down the hazard. Impact? Splash? Cut? Slip? Body armor threat level? A great piece of gear that doesn't match the hazard is just an expensive costume.

For example, a grinding station needs impact-resistant eye protection with side shields. A chemical washdown area needs a splash-proof goggle design. A knife-heavy packaging line needs cut-resistant gloves. Each hazard maps to a different standard. If you skip this step, you end up with 50 pairs of attractive useless glasses.

2. Check the actual standard, not the marketing phrase

This is where I lost the most money early on. In 2017, I ordered what I thought were HexArmor safety glasses for a grinding area. They looked fine in the photo. When they arrived, they didn't have side shields. I checked the lens marking: not Z87+. $900 order, one-week delay, and a safety guy whose confidence in me probably took a year to recover.

Here's what you need to know: ANSI Z87.1 is the basic impact standard in the U.S., but for anything with flying particles, you want the high-impact "Z87+" marking. HexArmor safety glasses are a solid choice if the hazard is impact. For splash or dust, use HexArmor safety goggles—they seal around the face. Basically, the right style depends on whether your hazard is a projectile or a liquid.

OSHA's eye and face protection standard (29 CFR 1910.133) also requires side protection when there's a risk of flying objects. Don't trust the product page photo; open the product description and look for third-party certification. If you can't find the standard, that's a red flag.

3. Fit-test before bulk order—especially for tactical vests

Fit testing isn't just for respirators. For eye protection, you need to see if the frame slips on a sweaty forehead and if it leaves pressure points after two hours. For a tactical vest, fit is a safety issue, not a comfort issue.

If your team needs a tactical vest, don't order by chest size alone. Load the vest the way it will be used—with plates, inserts, or pouches—and have each person reach, squat, and climb a step. A vest that shifts when they reach is a deal-breaker. And if you're dealing with ballistic threats, verify the NIJ rating on the actual label. Don't accept a vague "ballistic-ready" phrase.

I've seen the same issue in the opposite direction too. A tactical vest that fits in the showroom but traps heat on a 90-degree dock just gets thrown into a locker by lunch. Fit-test in the environment, not at the vendor table.

4. How to lace up work boots (and why non slip work boots need it)

Non slip work boots are only as good as their fit. A loose heel means your toes jam into the front of the boot on every downhill step—and that's exactly how slips and black toenails happen. Lacing might sound too basic to be a checklist item, but I'd argue it's the most ignored step in PPE.

Here's how to lace up work boots properly, in 90 seconds (and no, tying them tighter isn't the answer):

1. Leave the top one or two eyelets unlaced at first.
2. Create a heel lock: thread both lace ends up through the top eyelets to form loops, then cross them through the opposite loops and pull tight.
3. Pull upward and outward, not straight across—this flattens the lace against the hook and stops it from loosening.
4. Check heel lift: your heel should move less than a quarter-inch when you walk. Toes should wiggle without pressing against the end.

Only after the boots are laced correctly can you judge the non slip work boots outsole. Look for a lug pattern that catches the actual floor surface—oil, water, metal shavings. As of January 2025, ASTM F2913 is the best current benchmark for slip resistance. Don't settle for "slip-resistant" marketing language.

5. Test in the real environment before committing

I once ordered 60 pairs of high-grip boots because the sample felt amazing on the vendor's carpet. On our oil-coated floor, they were hockey skates. The vendor accepted a return, but shipping and restocking ate the entire "discount" (which, honestly, was the closest thing to free training I ever got). That was the moment I switched to total cost thinking.

The same rule applies to every product: goggle fogging, glove dexterity, vest heat retention. If you can't send the whole crew for three days of real work, at least have two of your most skeptical workers test the sample for two full shifts. Their feedback is worth more than any spec sheet.

6. Calculate total cost of ownership, not unit price

I said earlier that I stopped making the same mistakes. A big part of that was learning to calculate TCO—total cost of ownership. Unit price is just the first line. The real cost includes replacement frequency, lost time from failed inspection, worker comp risk, and the morale damage when gear feels like cheap garbage.

When I compared our nine-month PPE spend on budget-tier versus better-rated gear side by side—same crew, same tasks—the "cheaper" option cost over twice as much. The budget gloves wore out three times faster and the "savings" disappeared. That's the contrast insight I needed. Now every spreadsheet includes an estimated lifespan and failure cost.

I'll be honest: I still get tempted by a low unit price. Not long ago, the numbers said go with a cheaper protective glove. My gut said the stitching looked weak. I went with the gut and ordered a test batch. Two weeks later, the "cheaper" gloves failed on the first abrasive contact. My gut didn't have a spreadsheet, but it knew what a failed product costs.

Common PPE mistakes I still see

• Buying one style for everyone: Eye socket depth and boot width differ. One brand won't fit a full crew. Make fit-testing part of the vendor contract.
• Treating "tactical" as if it explains the threat level: A tactical vest is only a solution if it's rated for the specific threat. Label first, style second.
• Ignoring lacing: A non slip work boot with loose laces is a bad boot. Once the heel locks, the traction tech can actually do its job.
• Forgetting the storage rule: UV light and heat degrade some lens and vest materials. Replace damaged gear even if it still "looks okay."

Final word

This checklist isn't sexy. It's load-bearing. It has saved me far more than $38,000 since I started using it, and more importantly, it's kept our crew in gear that actually works.

My experience is limited to mid-size industrial purchases, so if you're in a different sector, treat this as a starting point. But the logic is universal: hazard first, standard second, fit third, real-world test fourth, TCO fifth. Run those steps, and the "brand research" part becomes much easier—you'll know exactly what you're looking for in HexArmor safety glasses, HexArmor safety goggles, a tactical vest, or a pair of non slip work boots.

Bottom line: the best PPE is the one that fits the hazard, fits the person, and fits the budget over time. Everything else is just packaging.