Helly Hansen Workwear: A 7-Step Procurement Checklist for PPE Buyers

If you're the person who specs PPE for a crew, you know the drill: a supervisor emails you Thursday afternoon asking for rain gear for a job that starts Monday. You need something that passes OSHA, survives a few washes, and doesn't wreck your quarterly numbers. This checklist is that decision process, written down so you can follow it under pressure.

I'm a procurement manager at a 140-person construction and maintenance company. For the past six years I've managed our PPE and workwear spend—roughly $48,000 a year—and documented every purchase in our cost tracking system. I've compared quotes from 40+ vendors, watched gear fail in the field, and paid for more than a few cheap lessons. These are the 7 steps I run through every time I spec Helly Hansen gear for our crews.

Step 1: Walk the job site before you open a catalog

This sounds obvious, but it's the most skipped step in my experience. Most buyers focus on the product specs and completely miss the site conditions that should drive those specs. The result is gear that looks right on paper and fails in the field.

Whenever we take on a new site, I do a 20-minute walk and look for four things: indoor vs. outdoor work mix (dictates hi-vis class), chemical or solvent exposure that might degrade waterproof membranes, temperature range across the year (drives layering strategy), and hard hat requirements that affect rain hood compatibility.

A concrete example: we once spec'd standard hi-vis rain jackets for a crew that turned out to be grinding and welding near solvents. Six months later, the waterproof treatment on about a third of those jackets had failed. That was $2,300 in premature replacements, all because I skipped a site visit. The question everyone asks is, what's the best jacket? The question they should ask is, what's the environment going to throw at it?

Step 2: Know what the yellow raincoat is actually built for

Helly Hansen's yellow rainwear gets a lot of attention, and the yellow raincoat helly hansen search volume is huge. But the reason it matters to a buyer isn't the look. Helly Hansen started as a rainwear company for Norwegian fishermen in the 1870s, and that heritage still drives how the gear is made.

On any raincoat spec I check four things: water column rating (minimum 10,000mm for outdoor work; 20,000mm+ for heavy exposure, measured by the ISO 811 hydrostatic head test), fully taped seams, storm flaps over the zippers, and a hood that works with hard hats. If it's not fully taped, it's not waterproof—period.

And yes, the yellow color is functional. In low-light, wet conditions, yellow is among the most visible colors out there. That's why maritime and road crews have worn it for decades. The consistent Pantone yellow across Helly Hansen's rainwear line isn't just branding—it's a safety feature.

Step 3: Spec your helly hansen hi vis by the standard, not by brightness

Here's a blind spot that costs companies real money: buyers pick hi-vis clothing based on how fluorescent it looks in a warehouse, and then it fails an OSHA audit because it doesn't meet ANSI/ISEA 107 requirements. The standard is not negotiable, and it's printed right on the garment label.

The quick version: Class 2 is the baseline for most construction and industrial sites. Class 3 is required for workers near high-speed traffic—it demands more background fabric and reflective tape. And the 2020 update to ANSI/ISEA 107 added some changes around garment design, so check the year on the label, not just the class.

The part most buyers miss: hi-vis performance degrades with washing. Industrial laundering and heat drying slowly kill the retroreflective tape. Cheap hi-vis can lose its rating after a handful of wash cycles. Over 60+ orders in the last three years, I've found that Helly Hansen's hi-vis line holds up meaningfully longer because of the quality of the reflective material. The upfront cost is higher, but the cost per wear-day is lower—which is the number that actually matters.

Step 4: Set up a workwear jacket layering system instead of one heavy jacket

I used to order heavyweight insulated jackets because that's what supervisors asked for. I went back and forth on this for a while—a heavy jacket seemed simpler, and the crews liked the idea of one warm coat. But it was the wrong call for most of our sites.

A single heavy jacket is expensive, stiff, and useless in spring and fall. We switched to a 3-layer system: a moisture-wicking base layer (under $40 per unit), a fleece or detachable insulated mid layer, and a waterproof/breathable shell—that last piece is where Helly Hansen's workwear jackets shine.

The switch added about 15–20% to our upfront cost per worker, but it extended the usable season and cut jacket replacement frequency by roughly 30% over two years. Workers wear the shell year-round and adjust the layers underneath. That's how one workwear jacket covers all four seasons. Check for a DWR treatment, pit zips, and a hard hat–compatible hood. And don't grab the sailing jacket version—those have a racing cut. You want the workwear fit with room for layers.

Step 5: Budget for photochromic safety glasses from day one

Eye protection is the most neglected line item in PPE budgets. Companies spend thousands on jackets and boots, then hand out $6 safety glasses from a bin at the tool crib. Workers stop wearing them because they fog up, scratch, or don't work in changing light. That's a liability no one wants to talk about.

Photochromic safety glasses fixed this for us. The lenses darken automatically in sunlight and stay clear indoors, so workers keep them on. We use ANSI Z87.1-rated photochromic lenses, which is the impact-protection standard for industrial use.

At $18–25 per pair versus $6–8 for basic ones, they look like a luxury. But we track replacement at about 1.7 pairs per worker per year based on our 2024 data. Compliance is dramatically better, which means fewer eye injuries. And one eye injury costs more in medical claims, lost time, and OSHA paperwork than 100 pairs of photochromic glasses. I have the invoices to back that up.

Step 6: The 4-step routine for how to clean leather work boots

Work boots are the most expensive PPE item per worker, and they get the worst treatment. How to clean leather work boots is one of those questions everyone searches and few companies actually answer with a process. So here's ours:

1. Brush off dirt and mud after every shift. A $9 stiff brush on a rack near the exit. This alone prevents most premature leather cracking.
2. Wash with saddle soap or boot cleaner every two weeks. This removes salts and chemicals that break down leather fibers.
3. Air dry naturally. Never put boots on a heater. Heat dries out the leather and weakens the glue seams—we learned that one the expensive way.
4. Condition with leather balm every 4–6 weeks, especially before cold, damp months. This keeps the leather flexible and seals out moisture.

We tag every pair with a purchase date at issue, and after tracking 700+ pairs over two and a half years, crews that followed this routine got about 22% more wear per pair. On a $190 boot, that's roughly $42 of extra value per pair. Also: rotate boots. Start breaking in the new pair while the old pair is still functional, so nobody's dying on day one of a 12-hour shift.

Step 7: Buy for delivery certainty, not just unit price

In March 2024, we needed 25 sets of rain gear before a week of heavy storms hit a job site. Our usual vendor quoted $4,100 with a guaranteed delivery date. Another vendor came in at $3,450 but wouldn't commit to a date. I went back and forth for two days—the numbers were close enough to hurt either way.

We paid the premium. And it was the right call: the storm hit exactly as forecast, the pour went ahead, and the gear was on site. If we'd saved $650 and missed that window, we'd have delayed a $15,000 concrete pour. The cheap option was never actually cheap. It was just uncertain.

Rush charges buy certainty, not just speed. And uncertain cheap is more expensive than certain expensive—every single time.

To avoid paying the rush premium in the first place, plan around seasonality. Rainwear orders hit 8 weeks before the rainy season. Hi-vis reorders at 6 weeks before you need the new class. Boots reorder at the 70% life point, not when a supervisor complains. And keep a vendor list where each supplier's lead-time reliability is documented, not just their quotes.

Common Mistakes That Waste PPE Budgets

A few closing notes from six years of tracking every invoice:

• Don't buy cheap hi-vis. If it loses its ANSI rating after a few industrial washes, you'll replace it twice as often. Cost per wear-day is what matters.
• Size distribution is not a guess. We used to order S–XL in a 15/40/30/15 split. After a proper crew size audit, we moved to 5/35/45/12/3 with XS and XXL included. Return rates dropped from 22% to 9%.
• Talk to whoever washes the gear. Industrial laundering can kill waterproof membranes. Share the care instructions and make sure they follow them.
• The most expensive PPE is the gear nobody wears. If it's uncomfortable or impractical, workers will find ways around it. That's a liability no budget line can absorb.

This checklist has kept our PPE budget flat for four straight years while headcount grew about 15%. It won't make you the most popular person in the office. But it keeps crews dry, visible, and safe—and keeps procurement out of panic mode.