Why the HexArmor HexBlue 2137 Cut Level A6 Gloves Aren't the First Thing You Should Buy

When I first started managing PPE orders in 2018, I assumed the highest rating meant the safest product. I was wrong. I've personally made and documented 14 significant PPE buying mistakes since then, and they total roughly $46,000 in wasted budget. I'm the procurement coordinator for a 220-person industrial services company, and I now maintain the pre-order checklist that keeps us from repeating those mistakes.

What I Thought Was the Problem

It always starts with an injury. A field tech gets a cut, management decides we need better gloves, and someone searches for safety gloves by HexArmor. That's how I ended up with 200 pairs of HexArmor HexBlue 2137 cut level A6 gloves in 2021.

The 2137 is a serious glove. The A6 cut level under ANSI/ISEA 105-2016 means it resists a meaningful blade force in standardized testing. We were proud of the order. Then, three months later, another tech was cut on the same job. Not because the glove failed. Because the cut happened on his forearm, just above the cuff. The glove was protecting the palm and fingers. The hazard was the gap between the glove and the sleeve.

That's the surface problem in almost every PPE issue I've seen: we buy a product to answer a symptom, and we don't investigate the actual injury or task.

The Real Problem: A Rating Isn't an Instruction

I have mixed feelings about spec sheets. On one hand, I need them to compare products. On the other, I've watched a high rating create a false sense of security. The A6 number doesn't say 'this glove is right for rotating equipment' or 'this glove covers a gap in layered protection.' It says the material survived a cut test. That's it.

The same logic applies everywhere.

Hard Hats

In 2022, a client site asked for a 'type 2 hard hat.' I ordered a Type II model under ANSI/ISEA Z89.1-2014, assuming that was the whole answer. The site rejected them because they needed non-vented shells with a specific suspension. Type II only covers top and lateral impact. It doesn't cover every work condition.

Work Boots

Caterpillar work boots are a good example too. Our crews love them, and I'm not knocking the brand. But in 2021, I placed an order for 60 pairs of Caterpillar work boots because that's what the crew requested. The specific site required an electrical hazard-rated model. The model I ordered didn't have the EH rating. That mistake cost about $6,100 in boots that couldn't be used, plus another $1,800 in expedited replacements.

Nitrile Gloves

The most embarrassing one happened with a food-processing client. They asked me, 'are nitrile gloves food safe?' I said yes, because nitrile is widely used in food prep. Then I ordered 20 cases of disposable nitrile gloves from a supplier I hadn't checked. When the boxes arrived, the client's QA rejected them because there was no food-contact documentation. The gloves were probably compliant, but 'probably' doesn't pass an audit. Food-contact nitrile gloves should reference FDA 21 CFR 177.2600, and I hadn't asked for the paperwork.

I do not want you to make the same mistake.

The Real Cost Is Not the Product

Let's put a number on process failure. The 200 pairs of gloves cost $2,400. The second forearm cut required eight stitches, two weeks of light duty, and $1,900 in medical treatment. The workers' comp claim made our experience modifier worse, which raised our insurance premium for three years. The true cost was somewhere around $12,000, not counting the loss of trust with the crew. A $12 glove did not cause the problem. The problem was that we did not connect the spec to the hazard.

And if a regulator gets involved, the math gets worse. OSHA's PPE standard at 29 CFR 1910.132 requires a hazard assessment and appropriate PPE selection. The maximum penalty for a serious violation, per OSHA's penalty table as of January 2025, is $16,550 per violation. That's the cost of missing the hazard, not the cost of the product.

The Deeper Problem: We Treat PPE as the First Defense

If you ask me, the bigger issue is mental. PPE is the last line of defense, not the first. A glove cannot fix a missing guard. A boot cannot remove a trip hazard. A hard hat cannot replace a proper head clearance assessment. When we use PPE to solve a systemic problem, we're building a program on sand.

There's also the fit and compliance side. A high-cut glove that's too thick for fine manipulation will end up in someone's back pocket. In our case, the A6 gloves were technically great, but for certain tasks, they made it hard to grip small parts. The crew wore them for a week and then left them in the truck. That's not a discipline issue in my opinion—that's a selection issue. We didn't test the glove with the actual task before buying 200 pairs.

Every spreadsheet comparison told me the 2137 was the strongest option. My gut said we should hand one to a technician and watch them work for a day. I overrode my gut because the spec looked impressive. Now the gut-check is part of the process.

The Checklist That Fixed It

I built a pre-purchase checklist. It's simple. Every PPE order has to answer five questions:

1. What is the specific hazard? (laceration, impact, chemical, thermal, electrical, food contact, etc.)
2. What standard governs that hazard? (ANSI/ISEA 105, ANSI/ISEA Z89.1, ASTM F2413, FDA 21 CFR 177.2600, etc.)
3. What minimum performance level does the task actually require?
4. Has the end user tested the product on the real task?
5. Does the supplier provide documentation and traceability?

Once the checklist became normal, our average PPE procurement cycle dropped from 5 days to 2 days. It caught 47 potential errors in the first 18 months. The efficiency gain wasn't from doing more work—it was from eliminating rework.

In the end, the HexArmor HexBlue 2137 cut level A6 gloves did become a regular part of our inventory—but only after we matched them to tasks that actually needed that level of cut resistance, and only after the crew told us they were comfortable enough to wear all shift. If you're searching for safety gloves by HexArmor, start with the hazard, not the product. You might still land on the same gloves. But you'll know why.

The product is not the PPE. The process is.

Whether it's a type 2 hard hat, Caterpillar work boots, or food-safe nitrile gloves, the spec sheet only matters when it's attached to a real hazard, a real person, and a real task. That's the lesson I keep paying for so you don't have to.