Nickel 200 Wire
Commercially pure nickel with a carbon ceiling of 0.15 %. It is the default choice for lead wire, electrodes and current collectors, where low resisti…
Two grades, one drawing floor. Carbon is the only number that matters — 0.15 % for Ni200, 0.02 % for Ni201 — and it decides whether the wire survives above 315 °C.
| Grade | GB | UNS | Carbon | Max service in air |
|---|---|---|---|---|
| Nickel 200 | N6 | N02200 | ≤ 0.15 % | ≈ 315 °C |
| Nickel 201 | N4 | N02201 | ≤ 0.02 % | ≈ 600 °C |
Both grades are commercially pure nickel with the same resistivity and the same density. The difference is carbon, and the difference only shows up at temperature: above roughly 315 °C, carbon in Nickel 200 graphitises at the grain boundaries and the wire embrittles. Below that, Nickel 200 is the cheaper correct answer.
| Parameter | Range |
|---|---|
| Diameter | 0.025 – 6.00 mm |
| Temper | Soft (M) / half-hard (Y2) / hard (Y) |
| Surface | Bright, oxide-free after controlled-atmosphere anneal |
| Spool | 100 g to 20 kg, or coil; length to your drawing |
| Minimum order | 1 kg |
| Lead time | 3–7 days from order confirmation |
Nickel work-hardens quickly. Drawing to 0.025 mm means many passes with an anneal in between, and the diameter has to land on every pass — not only at the end. Four of our six drawing lines are fine-wire lines for exactly this reason.
Commercially pure nickel with a carbon ceiling of 0.15 %. It is the default choice for lead wire, electrodes and current collectors, where low resisti…
The low-carbon version of Nickel 200. Holding carbon at 0.02 % stops graphitisation above roughly 315 °C, which is where Nickel 200 starts to embrittl…
We come back with a confirmed lead time and the documentation we can issue for the shipment. 100 g sample at cost; orders from 1 kg.
Request a quotation Order a 100 g sample