From a Buyer Who's Made Every PPE Mistake: A 5-Step Checklist for Building Your HexArmor Kit

Who This Checklist Is For

If you're tasked with kitting out a team for industrial work—think manufacturing, heavy assembly, utilities, or emergency response—you know the drill. One wrong glove or the wrong type of helmet can mean the difference between a safe day and a report. I'm not a safety engineer. I'm a buyer. I've handled PPE orders for the last 5 years (since late 2019), and I've personally made enough mistakes to fill a small file cabinet.

This checklist is for anyone who's tired of guessing, tired of returns, and tired of the 'oops, that's the wrong spec' moment. It's built around the core products you're likely considering: HexArmor Helix cut-resistant gloves, Pit Viper safety glasses, Lacrosse rubber boots, and the always-confusing bump hat vs. hard hat decision.

Here are the 5 steps I now run through on every order. Trust me on this one—saving this checklist would have saved me about $1,200 in reorders and a lot of embarrassment.

Step 1: The Risk Assessment Groundwork (Don't Skip This)

Before you even look at a product page, you need to know what you're up against. This sounds obvious, but in 2022, I ordered 30 pairs of general-purpose work gloves for a crew that was handling steel grating. They lasted two days. The shredding was impressive, but not in a good way.

Ask yourself three questions:

• What's the primary hazard? Cutting, puncturing, impact, chemical splash, or just abrasion? Different hazards need different standards. For example, ANSI/ISEA 105-2016 rates cut resistance on a scale from A1 to A9. For heavy metal fabrication, you're probably looking at A5 or above.
• What's the environment? Wet? Oily? Extremely hot? This changes your grip requirements and material choice. I once assumed 'waterproof' was enough for a crew working in a chemical wash-down area. Turned out 'chemical resistant' is a whole different ballpark.
• What's the regulation? Some jobs require specific OSHA or ANSI ratings. A hard hat on a construction site isn't optional. A bump hat in a warehouse isn't a substitute.

I don't have hard data on industry-wide mistake rates, but based on my own orders, I'd say about 15% of my early failures came from not asking this first question. Take it from someone who learned the hard way: write this down before you open a catalog.

Step 2: Gloves First—The HexArmor Helix Deep Dive

Of all the gear, gloves get the most abuse. The HexArmor Helix series is often the go-to for high-cut-risk environments, and for good reason. But not all Helix gloves are the same. I remember ordering 50 pairs of Helix 2001 gloves for a team doing glass handling. I assumed 'cut resistant' meant 'unpierceable.' That was an assumption failure. They were great for cuts, but a sharp edge on a specific glass panel could still puncture them on a bad angle.

Here's what I check now:

• Cut Level: The Helix series offers levels from A4 to A9. For my crew handling glass, I should have been looking at the Helix 4001 (A5) or even the 9001 (A9) if the glass was particularly sharp. A6 is pretty common for general metalwork.
• Puncture Resistance: Don't assume cut-resistant equals puncture-resistant. The Helix 3001 has specific puncture-resistant layers. If you're dealing with sharp objects that aren't just blades (think wire or metal shards), you need this.
• Dexterity vs. Protection: An A9 glove is tough, but your team might not be able to feel a screw. I now have a rule: if the task needs fine motor skills, we test two options—a high-cut with a thin liner (like the Helix 1001) for moderate tasks, and a heavier one for brute cutting. It's a trade-off, and it's not a no-brainer.

I have mixed feelings about the 'one glove for everything' approach. On one hand, it simplifies ordering. On the other, it usually ends up being either overkill (uncomfortable) or under-protective (dangerous). My compromise: have a standard 'heavy' and 'light' cut glove in your kit.

Step 3: Head Protection—Bump Hat vs. Hard Hat (The Confusion Ends Here)

This is the question that tripped me up more than once. Bump hat vs. hard hat? I lost a small order once because I ordered 12 bump hats for a warehouse team, assuming any head protection was fine. It wasn't until the safety officer flagged it that I realized the difference is regulatory, not just design.

Here's the simple breakdown:

• Bump Hat: For protection from bumping your head on low-hanging objects, beams, or shelves. No fall protection rating. Best for: Warehouses, maintenance, automotive repair, and other areas where the hazard is 'I hit my head on that pipe,' not 'something heavy is falling on me.'
• Hard Hat (ANSI Type I or II): Tested to withstand impacts from falling objects. Type I protects the top of the head, Type II also protects the front, back, and sides. Best for: Construction sites, shipyards, heavy manufacturing, and any area with overhead hazards.

I now have a clear rule: If there's any overhead work, or if the risk assessment says 'falling objects,' it's a hard hat. Period. If it's just 'watch your head,' a bump hat from a good brand (like the ones HexArmor offers) is fine. Don't mix them up. That mistake cost me a delay and a re-order.

Step 4: Eye Protection—Don't Overlook the Pit Viper Safety Glasses

Eye protection is a common item, but it's easy to get wrong in the details. I've never had a catastrophe with safety glasses, but I have assumed that 'all models are the same.' They aren't. The Pit Viper safety glasses are a specific style—they're known for a wider field of vision and a secure fit, but they're not for every face or task.

What I check now:

• Lens Shade: Clear for general work? Tinted for outdoors? The Pit Viper 'The Excitement' model has a mirrored lens, which is great for outdoor jobs but not for indoor warehouse work. Get this wrong, and the glasses stay in the locker.
• Fit: I learned this the awkward way. I ordered a batch of standard Pit Vipers for a team, and two guys complained they pinched. We had to swap for a different model with a more adjustable nose bridge. Now I order a sample set first.
• Compliance: Most good safety glasses, including Pit Vipers, meet ANSI Z87.1 standards. But double-check for specific job site requirements. Some sites require a specific marking.

The surprise for me wasn't the quality—it was how much fit matters. A great pair of glasses that don't fit aren't worn. End of story. Made that mistake.

Step 5: Footwear—The Lacrosse Rubber Boots Reality Check

Finally, boots. Lacrosse rubber boots are a solid choice for wet, muddy, or chemical-heavy environments. I ordered a batch for a team doing underground utility work. They were fine. But I've also seen buyers make the classic assumption error: assuming 'rubber boot' equals 'safety boot.'

The key distinctions:

• Toe Protection: Does your crew need steel or composite toes? A standard Lacrosse rubber boot might be just waterproof rubber with no toe protection. If the task involves heavy tools or equipment, you need a model with a safety toe (like the Lacrosse Grange, which has a steel toe).
• Chemical Resistance: Are you dealing with specific chemicals? Not all rubber is the same. Some are designed for general water/ mud, others for mild chemical splash. I don't have a list of every chemical reaction, but I check the manufacturer's spec sheet. If it's not listed, I ask the supplier or consult a safety specialist.
• Size and Fit: Rubber boots can run large. I always order a test pair in a medium and a large to check the fit before ordering 20 pairs. This isn't rocket science, but it saves returns.

I wish I had tracked how many boot returns we had due to sizing. It's a hidden cost. Take this with a grain of salt, but my sense is that proper sizing saves about 10% of your total boot budget in return shipping and delays.

Final Notes & Common Mistakes to Avoid

Here's the thing: this checklist isn't perfect. I'm not a safety engineer, so I can't speak to specific chemical resistance ratings or specific OSHA interpretations for every state. What I can tell you from a procurement perspective is that the most expensive mistake is making assumptions without verifying.

• Never assume 'one size fits all' PPE works. It doesn't for boots, glasses, or even gloves. Test a sample first.
• Don't confuse a bump hat with a hard hat. It's a different standard, and it's a safety risk.
• Check the cut level. Not all HexArmor gloves are the same. The Helix 2001 and the 4001 serve different hazards.
• Verify your boot's chemical resistance. If it's not on the spec sheet, ask.

This checklist has helped me avoid a lot of the stupid mistakes I made early on. Since Q3 2023, I've been running every order through these 5 steps, and I've caught two potential issues: once with the helmet type, once with the glove cut level. That's two safety incidents avoided, plus a few hundred dollars in potential reorders. So, bottom line: save this, use it, and adjust as you get your own real-world experience.