Nexans Company Overview: A 5-Step Cable Procurement Checklist

Every January, I run the same analysis: pull all cable and wire orders from the previous year and check whether each supplier actually earned the money we paid them. Last year I went all the way back—six years of purchase history. Total: roughly $180,000 in power cable, communication cable, and connectors. That review is what produced this checklist.

Before we get into the steps, a scope note. I'm a procurement manager, not an engineer. This advice is about buying cable, not installing it. And if you need 200 meters to repair a broken line, this page is overkill. A local distributor will serve you better. But if you're sourcing cable for a plant upgrade or a building-wide network, the steps below will save you money.

Nexans Company Overview, From a Buyer's Perspective

Nexans is a French wire and cable group with manufacturing presence in over 30 countries. If you search "Nexans Kabel" in Germany or simply "Nexans" in most markets, they're usually the first name you'll find—for good reason. They produce power cable, communication cable, connectors and accessories, and they have an engineering services arm that installs and maintains cable systems.

The part that matters for procurement is the legal structure. Nexans operates through regional subsidiaries. In Germany, the entity is Nexans Deutschland GmbH. In North America, it's Nexans North America. In Chile, Nexans Chile. Same brand, different legal personalities. That sounds like administrative trivia—until you need to file a warranty claim.

Step 1: Verify the Legal Entity on the Quote

I learned this one the hard way. A few years back, we flagged a damaged sheath on a drum of medium-voltage cable during pre-installation inspection. Half a kilometer needed replacement. The claim process dragged for four months—or rather, four months before legal got involved—because the invoice came from the regional trading arm, not from the factory that made the cable. "You need to file with the manufacturer," said the trader. The manufacturer said: "You're not our customer." Meanwhile the cable sat in our yard and the project schedule slipped six weeks.

The fix is simple. On every quote, check the legal entity. Ask: "Which company invoices us, and which company is responsible for warranty claims?" If the answer includes two different names, get the resolution path in writing before you sign.

Rule of thumb: the entity that invoices you and the entity that manufactures the cable should be clearly named. If they're different, you need the warranty flow documented upfront.

Step 2: Compare Total Cost of Ownership, Not Price Per Meter

Here's the thing: most buyers stop at the unit price. That's a mistake.

Real example from our records. In Q3 2024, we sourced 5 km of 6/10 kV XLPE cable. Vendor A quoted $28.50 per meter. Nexans quoted $31.20. The gap—$13,500 on that line item. I nearly went with Vendor A without a second look. Then I checked the TCO. Actually, that's not quite the whole story: it took one earlier shipment failure to teach me to run this check first. So this time, the numbers came before the decision.

Vendor A's quote excluded delivery ($8,500). The steel drums were non-returnable ($4,500 deposit lost). Partial lengths—we needed three—carried a $600 handling fee each. Landed cost: $157,300. Nexans' quote included delivery and returnable drums. Landed cost: $156,000.

The "cheap" option cost $1,300 more, and it had a longer lead time. Put another way: a lower price per meter meant nothing once the extras were added.

I'm not saying the higher-priced supplier always wins. I'm saying you don't know until you calculate the landed cost.

Step 3: Demand Type Test Reports for the Exact Construction

Every serious manufacturer holds certifications. The useful question is not "are you certified?" but "do you have type test reports for this exact cable construction, from an accredited lab, covering the same conductor, screen, and sheath design?"

We once approved a vendor based on their IEC 60502-2 type tests. The cable they delivered was a "minor variant" with a thinner bedding layer. The variant had never been type tested. When we requested the report for the delivered construction, it didn't exist. That cable failed our on-site dielectric test. A lesson learned the hard way.

Two things to ask for, specifically. First, the type test report with the construction code in the heading. Second, the routine test certificates for the batch. If the supplier says "we'll send that after the order," treat it as a red flag. In our experience—at least with medium-voltage XLPE—the vendors who delay these documents usually have a reason to delay them.

If fire performance is part of your spec, ask for IEC 60332-3 flame spread and IEC 60754 acid gas test reports too. The standards exist for a reason; the data should be on the table.

Step 4: Call the Supplier Before You Commit

This step feels too simple to be useful. It's not.

Call the number on their website. Ask a semi-technical question about drum lengths, lead time, or document approval. Then listen to how you're treated. A competent answer within a few minutes tells you the supplier is staffed. Three transfers and a promise to call back that never comes? Not ideal, but workable—if you get the escalation path in the contract.

I ran this test before committing to Nexans Deutschland GmbH's quote. I called, asked about custom drum lengths for a 5 km run, and got a sensible answer the same day. The phone test passed. That said, if a vendor fails the phone test, the savings on the unit price probably won't cover the frustration when the delivery date slips later.

Step 5: The Networks vs. Cisco Argument in Network Projects

The "networks vs. Cisco" debate is a favorite in project meetings. Which active equipment brand should we standardize on? Feature sets, licensing models, support contracts—all of it gets argued to death. Meanwhile, the cabling gets treated as an afterthought.

But the way I see it, in most network deployments the performance boundary is the cabling and its termination quality, not the active gear. You can spend three weeks negotiating a switch and ten minutes approving the Cat 6A cable. That asymmetry is backwards.

To be fair, Cisco makes solid equipment. The issue isn't the brand; it's the allocation of attention. Passive infrastructure—copper, fiber, connectors—determines whether the active equipment can actually deliver its rated performance. If we optimize the electronics and ignore the cable, we're optimizing the wrong end of the project.

So when the active equipment debate heats up, I add one question to the checklist: "Who spec'd the cable, and has it been validated against the intended data rates?" That question has saved us more than once.

When This Checklist Does Not Apply

Let me be honest about the limits. Nexans is not the right choice for every situation.

If you're a small electrical contractor ordering less than one drum at a time, a local wholesaler will give you shorter lead times and better prices on standard products. Their logistics are built for small-lot demand. The global manufacturer's minimum paperwork and freight structure aren't in your favor there.

If you need a custom cable design, the supplier's engineering team matters more than the rest of this checklist. This list is about commercial evaluation, not cable design.

And if you have an approved vendor already who has performed well for years, the checklist is a periodic audit, not a reason to switch. No supplier change is worth it based on process alone.

Three Mistakes We Made So You Don't Have To

First mistake: assuming "same specification" meant identical results across vendors. I made that assumption. Didn't verify. Turned out each manufacturer interpreted nominal dimensions slightly differently, and the cable that fit our termination kit wasn't the one from every vendor.

Second mistake: not costing in failure. A cable failure during production isn't just a replacement cost. It's downtime, labor, and often rework in adjacent systems. The cheapest quote can turn into the most expensive decision.

Third mistake: skipping the phone test. We've dealt with suppliers who had excellent datasheets and terrible support. A product is its support ecosystem, not just its spec sheet.

What I Wish I Had Tracked Earlier

I don't have hard data on industry-wide defect rates. What I can say anecdotally: across six years and roughly $180,000 in orders, our only batch issue came from a supplier we no longer use. I wish I had tracked installation reject rates from the very first order. That would have given us a metric instead of this anecdote.

And this pricing was accurate as of Q3 2024. Copper and aluminum prices move fast, so verify current market levels before you budget.

Final Thoughts

The steps look simple because the failures are predictable: verify the legal entity, run the total cost, ask for test reports, make a phone call, and don't let the active equipment debate push the cabling out of the conversation.

That's the whole checklist. It took us six years—and a few false starts—to get here. I hope you get there faster.