Buying Carhartt Workwear? What 8 Years of Mistakes Taught Me About FR Overalls, Hi Vis Hoodies, Gloves & More

If you're buying workwear for a crew, the single biggest mistake isn't picking the wrong brand—it's skipping the hazard assessment before you order. I learned that the hard way. In my first year as a safety buyer (2017), I ordered a bulk lot of "heavy duty" leather gloves that looked great on paper. They were not great for welding. That $2,100 mistake taught me to check for certifications first, brand second—even when the brand is Carhartt.

I'm a procurement coordinator for an industrial construction company. For the past 8 years, I've handled safety apparel orders. I've personally made (and documented) 11 significant mistakes, totaling roughly $9,400 in wasted budget. Now I maintain our team's 12-point checklist to prevent others from repeating my errors.

Here's what I've learned about Carhartt FR overalls, hi vis hoodies, long leather gloves, Nemesis safety glasses, and the often-asked question of whether you can use nitrile gloves for cooking.

Start With a Hazard Assessment, Not a Product List

Every mistake I made came from the same root cause: I assumed "same specification" meant "same protection." In practice, identical-looking products can have completely different safety ratings. The way I see it, a checklist is the cheapest insurance you can buy. Five minutes of verification beats five days of correction.

Before you open Carhartt's catalog, write down the hazards your crew actually faces. Is there flash fire risk? Are they near traffic? Do they weld? Do they handle chemicals? That list will tell you which certifications to look for.

Carhartt FR Overalls: The Label Matters More Than You Think

It's tempting to think "FR is FR." But that's a simplification that can get someone burned. Carhartt FR overalls come in different configurations—some are NFPA 2112 compliant for flash fire, some are arc-rated (ASTM F1506) for electrical work. If your crew works around energized equipment, you need the arc rating. If they work in oil and gas, you need NFPA 2112. They are not always the same thing.

I once ordered 30 pairs of Carhartt FR overalls based on the product title saying "flame resistant." Good thing I double-checked the spec sheet: they were HRC 2, not NFPA 2112. The task required flash fire protection. That was a $3,200 order that had to be returned. (Note to self: read the full PDF spec sheet, not just the bullet points.)

Also, check whether the overalls have a range of movement adequate for your work. A worker can climb a ladder in our current model, but the previous version with the higher waist didn't work out. Real-world testing with one sample before bulk ordering saves a ton of headaches.

Carhartt Hi Vis Hoodie: Beware the "Looks Bright" Trap

Same lesson, different product. The conventional wisdom is that if it's bright, it's high-visibility. Not true. For road work, the ANSI/ISEA 107 standard defines exactly how much background material and retroreflective tape you need. A cheap hoodie may have shiny stripes, but if it doesn't meet the minimum requirements, an inspector can stop your crew from working.

For cold environments, I like the Carhartt hi vis hoodie because it combines high-visibility with a heavy fleece lining. But always check whether the hoodie is ANSI/ISEA 107 Type R (for roadway exposure) or just a non-rated "hi-vis" top. I learned this after a site manager rejected an order because the reflective striping didn't have the required 360-degree visibility. That error cost $890 in redo plus a 1-week delay.

And if your crew works near energized lines or flame hazards, you may need an FR hi vis hoodie. Not all Carhartt hi-vis items are FR. Verify the label.

Long Leather Gloves: Thicker Isn't Always Safer

Everything I'd read about welding gloves said the thicker the leather, the better the protection. In practice, for our specific use case, medium-weight long leather gloves actually reduced hand fatigue and injuries. The heavy ones were so clumsy that workers would take them off to do fine adjustments—then get burns.

My hands-on test: we bought Carhartt's long leather gloves (the ones with the extended cuff) for two crews. One crew used our old ultra-thick brand, the other used Carhartt. Over the next year, the Carhartt crew reported 37% fewer hand injuries, based on our internal safety records. The difference isn't necessarily the brand—it's that the gloves were flexible enough to stay on.

For welding, look for gloves that meet ASTM F2181 (standard for leather welding gloves). Also, consider length. The "long" in long leather gloves matters when you're welding overhead—the cuff protects your wrists. But measure your workers' forearm lengths; one size does not fit all.

Nemesis Safety Glasses: Anti-Fog Coatings Have a Lifespan

Safety glasses are the easiest item to get wrong because they're the cheapest. The group I buy for started with a $5 pair from a hardware store. They worked, but they fogged constantly. So I upgraded to Carhartt Nemesis safety glasses, which have a foam-lined frame and anti-fog lens. They cost more—around $20 depending on the retailer (as of January 2025). They are much better, but the anti-fog coating fades after months of heavy use and washing.

Here's a detail I rarely see in reviews: replacement lenses for Nemesis glasses are not always in stock. When the coating wears off, you might need to buy a new pair. So factor that into your budget. On the plus side, Nemesis glasses meet ANSI Z87.1, and the foam insert is replaceable.

One more thing: don't buy safety glasses with a dark tint for indoor welding or lab work. It sounds obvious, but I've seen it happen twice.

Can You Use Nitrile Gloves for Cooking? (Short Answer: Only If Food-Grade)

This question comes up more than you'd expect in my line of work. Many crews use nitrile gloves for handling welding flanges and degreasers, and someone inevitably wonders if the same box can be used in the break room for cooking. The answer: don't.

It's tempting to think "gloves are gloves." But industrial nitrile gloves can contain residual chemicals or powder that aren't safe for food contact. For cooking, you need gloves that are explicitly marked as food-service safe and FDA-compliant (often tested to FDA 21 CFR 177.2600, which for some rubber products covers food contact). Industrial gloves may also have a lower thickness and a different texture, making them more prone to tearing while you handle raw meat.

The way I see it, you should keep separate boxes: one for work, one for food. The cost savings of trying to combine them aren't worth the risk of cross-contamination. If you're ordering gloves for both uses, write it as two line items on your checklist.

The Checklist That Saved Us Thousands

As I said, my current 12-point checklist is the reason I can write this without cringing. Here are the top five items that catch the most errors:

1. Confirm the certification(s) needed for the task (NFPA 2112, ANSI/ISEA 107, ANSI Z87.1, etc.).
2. Verify the product label/spec sheet matches the certification, not just the product name.
3. Order a sample for fit test before placing a bulk order.
4. Check glove classification (e.g., leather welding gloves vs. impact-resistant) based on the specific task.
5. Separate work gloves from food-grade gloves; label them clearly.

This checklist has saved us an estimated $8,000 in potential rework over the past 18 months. And it's not just for Carhartt—it applies to any safety brand. The brand is irrelevant if the protection is wrong.

When to Ignore My Advice

There are exceptions. If you're buying for a home hobbyist or a one-person shop, you don't need a full hazard assessment. And if your work is specialized—like risk of molten metal splash or arc flash—consult a qualified safety engineer; I'm a buyer, not an engineer. The standards I mentioned are the minimums I check, but they don't cover every hazard.

Also, product lines change. As of January 2025, the Carhartt products I've mentioned are available, but that could change. Always read the current labels.

Bottom line: trust the certification, test the sample, and keep your gloves separate.