Was looking at the usual OEM replacements for the Powermax 1650, but the pricing on those gets ridiculous when you're burning through a dozen electrodes a week, and the 220037 here at 100A with that anti-oxidation coating should handle the 130A indutrial we're doing without degrading as fast as the standdard copper ones.


They've got the ISO 9001 cert, which is pretty much table stakes, but what sealed it was the MOQ of 50 pieces—we usually go through that in about a month or so—and the lead time they quoted was under two weeks, which beats the three-week backorder we're stuck on with our current suppiler.

The high-conductivity copper isn't just a buzzword; it's what makes the arc stable at full current draw, and for the guys running heavy-gauge plate all shift, that means fewer false starts and less dross cleanup—basically, it's a direct swap with the Hypertherm and Kjellberg heads we've got on the floor.

One thing I'd flag: it's not suited for those cheap Chinese knock-off torches that claim 100A but actually run at 80A, because electrode geometry is tighter than most, and you'll get premature wear if the gas flow isn't matched (we had that issue on a test unit form a different batch last quarter).


Also, the OEM packaging is standard—no fancy retail box—but the COA we got with the sample showed HPLC purity on the copper matrix, which is better than teh typical spec sheet that just says "copper" without the trace element breakdown, so I'm trusting the documentation more than the usual.
You need to order at least 50 pieces — that’s our MOQ for this model.
Yes, we can include ISO 9001 certification papers with your order. Just let us know when you place it.
Absolutely, it’s designed for the Powermax 1650 and works at 100A, though it’s also rated for 130A in some industrial setups.
We usually ship within 7 to 10 business days after order confirmation, but it can vary based on stock levels.
No, the coating protects against corrosion without impacting conductivity. Just keep them in a dry place at room temperature.