I Approve PPE Orders for 450 Employees. Here's My 7-Point Checklist.

Who this checklist is for

If you order safety gear for your company but you're not a safety engineer, this is for you. I manage PPE orders for a 450-person manufacturing operation across three sites—roughly $60K a year across eight vendors. I'm not a safety expert, and I'm not a logistics expert. My job is to make sure the order passes finance, gets to the people who need it, and doesn't get anyone hurt.

Here are the 7 steps I run through before I sign off on any safety order. In this order, because the cheaper steps come first.

Step 1: Get the written hazard assessment from your safety manager

Before you call any vendor, ask your safety manager for the hazard assessment. Written, not verbal. OSHA 1910.132 requires employers to have one, so it already exists—you just need a copy.

Why is this step one? Because without it, every decision downstream is a guess. A sales rep will tell you their A9 glove is the strongest thing on the market, but if your team is moving cardboard boxes, you're paying for protection nobody needs and buying a glove that runs hot enough that people won't wear it. And an unworn glove is a zero-protection glove.

Honestly, I learned this the hard way. In 2022 I ordered a batch of high cut-level gloves for a warehouse team. They complained constantly, then bought their own cheap cloth gloves anyway. That's $1,200 I won't get back.

Step 2: Match the protection level to the actual hazard

Cut levels use the ANSI/ISEA 105 standard, which runs from A1 to A9. A1 is basic abrasion resistance. A9 is the top cut-resistance tier. Most industrial work sits somewhere in the middle—A4 to A6 is common.

HexArmor is a reasonable reference point here. They build high cut-level gloves, and the technology holds up. If you're doing metal stamping, glass handling, or anything with sharp edges, their product line is worth looking at. Their gloves generally sit between A4 and A9. But they also cost more than generic alternatives, so you need that written hazard assessment to justify the premium to finance.

Welding is a different situation. HexArmor welding gloves have to combine heat resistance with cut protection—you can't just grab an A6 pair off the shelf and call it done. The specs you're looking for are flame resistance plus thermal protection against spatter.

Boundary here: I'm not a safety engineer, so if you're choosing between specific glove models for a specific hazard, I can't give you a clean "use this one." My job is to translate the engineer's requirements into a purchase order. Not make the call myself.

Step 3: Don't mix up welding helmets and general PPE helmets

This trips up newer buyers more than anything else. They're completely different products.

"PPE helmet" usually means one of three things: bump caps, hard hats, or face shields. They protect your head from impact, from falling objects, from splash. Pricing generally runs $15 to $60 per unit depending on the spec (based on distributor quotes, January 2025; verify current pricing before ordering).

Welding helmets are a separate category entirely. It's a head-mounted shield with a filter that blocks arc flash and radiation while you weld. Lincoln Electric welding helmets are a standard reference—the auto-darkening models can shift shade numbers the instant the arc strikes. Expect $100 to $500 depending on fixed-shade versus auto-darkening, viewing area, and so on.

If you're searching for how much a HexArmor PPE helmet costs, here's the honest answer: I can't give you a reliable number. HexArmor's core line is gloves and eye protection, not head-mounted hard hats. If a distributor tries to steer you that direction, ask for the spec sheet and a quote before assuming the product line covers everything.

Step 4: Benchmark price on total cost, not unit cost

Most new buyers compare unit price. I switched to total cost: unit price plus shipping, plus reorder frequency, plus how long one pair actually lasts. A $18 glove that lasts three weeks is cheaper than a $12 glove that dies in ten days.

I don't have hard data on what "average" market pricing looks like—it swings too much by volume, vendor, and timing. What I can tell you is that in our 2023 consolidated buy, I saw 38% variation across three vendors quoting the identical glove. It pays to make three calls.

Step 5: Facility safety counts too—smoke detectors live in the same budget

The part of safety procurement most people skip is the facilities side. Smoke detectors aren't PPE, but they're safety budget, and the compliance requirement behind them is real. If your site has to pass a fire inspection or your carrier wants documentation, you need to understand how the hardware works and how it's maintained.

Standard detectors come in two types. Photoelectric ones use a light beam—smoke enters the chamber, scatters the light onto a sensor, alarm triggers. Ionization ones use a tiny radioactive source to ionize air—smoke disrupts the current, alarm triggers. Photoelectric reacts faster to smoldering fires; ionization reacts faster to open flame. Both are fine, but near kitchens or dusty shops, photoelectric is the right pick. NFPA 72 is the standard that covers installation and maintenance, if you need to reference something for your inspector.

Why does purchasing care? Because replacing detectors is a facilities line item. When you build the annual order plan, include it. And keep the replacement log current—inspectors will ask for it.

Step 6: If an employee asks about kids' work boots

This comes up more than you'd expect. Employees ask because their kid is helping on a family farm or in a family business, and they want a real boot instead of a discount-store knockoff.

The useful thing you can do is point them to the right standard: ASTM F2413 covers protective footwear, including impact and compression resistance. Kids' work boots worth buying have to actually meet that standard, and there aren't many brands doing it. Don't wing it—a non-compliant boot is worse than no boot, because it creates false confidence. If an employee asks you, send them to ASTM F2413 and a real safety footwear retailer.

Personally, I won't process a personal purchase through the company account, but I will point people in the right direction. That's the useful version of helping.

Step 7: Verify invoicing and returns before you place the order

This is a lesson that cost me real money. In 2021 I found a great price from a new vendor—$2,200 cheaper than our regular supplier. Order arrived, product was fine. Then they couldn't produce a proper invoice, handwritten receipt only. Finance rejected the expense report. I ate that $2,200 out of the department budget.

Now I confirm two things on every order before I place it: can they invoice properly, and what's the return policy? Safety gear has sizing issues—gloves fit differently across models and batches. If there's no return or exchange path, any miss becomes scrap.

One more thing most people don't ask: how long is the quote locked? I've seen quotes rescinded in three days during tight supply periods. Get the validity window in writing.

Common mistakes, and a closing note

• Ordering without a hazard assessment. The sales rep will sell you what they have, not necessarily what you need.
• Treating all helmets as one category. Hard hats, bump caps, face shields, and welding helmets are four different products for four different problems.
• Comparing unit prices only. Total cost of ownership is the number that matters.
• Forgetting facility safety. Smoke detectors, extinguishers, eyewash stations—these are on your annual order plan too.
• Assuming "compliant" means "comfortable." Workers won't wear uncomfortable gloves. Comfort is a safety feature, not a perk.

Bottom line: when the output looks cheap or feels cheap, clients and auditors notice. The gloves your team wears, the hard hats visible at the front door, the smoke detectors on the ceiling of the production floor—those things all tell people how your company operates. The slightly more expensive option is rarely the wasteful one. What looks like savings on safety tends to come back as rework, injuries, and trust you can't rebuild.

And if any of this gets into territory beyond what I've covered—especially the technical specs—get a safety engineer on the call. Don't guess. That's how you save both time and liability.