Wire Products
Nickel Alloys
| Alloy | Chemistry | UNS # |
Nickel 200  |
Ni 99.2 | N02200 |
| Nickel 201 |
LC Ni 99.2 | N02201 |
| Nickel 205 | Ni 99.5 | N02205 |
| Nickel 211 | LC Ni 99.6 | N02211 |
Electrical & Electronic Alloys
Low Ohm Resistance
| Alloy | Chemistry | UNS # |
| 30 Ohm |
CuNi2 | - |
| 60 Ohm |
CuNi6 | - |
| 90 Ohm |
CuNi10 | C70700 |
| 180 Ohm |
CuNi23Mn | - |
| 294 Ohm |
CuNi44Mn1 | - |
Shunt Grade - Precision Resistance
| Alloy | Chemistry | UNS # |
| Niclal 38 |
CuMn10Ni4 | - |
| Niclal 42 |
CuMn11Ni4 | - |
| Niclal 48 |
CuMn13Ni4 | - |
Electronic Grade
| Alloy | Chemistry | UNS # |
| 401 | CuNi44Mn1 | N04401 |
Soft Magnetic Alloys
| Alloy | Chemistry | UNS # |
| 401 | CuNi44Mn1 | N04401 |
Corrosion Resistant Alloys
| Alloy | Chemistry | UNS # |
| 400 |
Ni65Cu31.5Fe2S.025 | N04400 |
Cupronickel Alloys
| Alloy | Chemistry | UNS # |
| 706 | CuNi10Fe1Mn | C70600 |
| 710 | CuNi10Fe1Mn | C71000 |
| 715 |
CuNi30Mn1Fe | C71500 |
High Temperature Alloys
| Alloy | Chemistry | UNS # |
| 600 |
Ni72Cr15.5Fe | N06600 |
High Performance Alloys
| Alloy | Chemistry | UNS # |
| AP1 |
CuNi25Zn8 | - |
| AP1D |
CuNi25Zn11.5 | C79350 |
| AP1C |
CuNi25Zn17 | - |
| AP4 |
- | - |
High Performance Cu Alloys
| Alloy | Chemistry | UNS # |
| Niclal 725 | CuNi9Sn2 | C72500 |
| Niclafor 1000* |
CuNi9Sn6 | C72700 |
| Siclanic S* |
CuNi2.5Si | - |
Machining grade
| Alloy | Chemistry | UNS # |
| AP1D |
CuNi25Zn11.5 | C79350 |
| Declafor 1015* |
CuNi7Sn5Te | - |
| *Beryllium Alternative |
Welding Wire Products
| Alloy | Chemistry | ANSI/AWS/UNS |
| Ni 99 | NiFe3C1 | AWS/SFA 5.15 Eni-Cl |
| Ni-Cu 400 | NiCu32.5 | - |
| Ni-Fe 55-60 | Ni55-60Fe | - |
Filler Metals
| Alloy | Chemistry | ANSI/AWS/UNS |
| Ni 61 | NiTi3 | A 5.14/ERNi 1 (UNS N02061) |
| Ni-Cu 60 | Ni65CuMn4Al1.2 | A 5.14/ERNiCr 7 (UNS N04060) |
| Cu-Ni Ni-Cu 67 | Cu67Ni30 | A 5.7/ERCuNi (UNS C71581) |
| NiCr 82 | NiCr21Mn3Nb2.4 | A 5.14/ERNiCr 3 (UNS N06082) |
| NiCr 625 | Ni64Cr22.5Mo9.5Nb4 | A 5.14/ERNiCrMo 3 (UNS N06625) |
| NiCr 276 | NiMo16Cr15Fe6W4 | A 5.14/ERNiCrMo 4 (UNSN10276) |
Iron Clad Nickel Wires
ICN core wires are manufactured by a special cladding process, assuring excellent concentricity between Iron-clad and Nickel-core. Since the electrical and thermal conductivity of the pure components Iron and Nickel are approx. three times higher than those of the NiFe alloy the electrode remains cooler when applying the same energy. this results in the advantage of uninterrupted welding.
| Picture | Materials | |
|
Schematic cross section through the ICN core wire | Core: Pure Nickel acc. to DIN 17740 Clad: Low carbon ferretic steel |
| Alloy | Chemistry | UNS # |
| ICN 40 | NiFe43 | - |
| ICN 43 | NiFe45 | - |
| ICN 45 | NiFe47 | - |