(Cr20Ni80/Ni80Cr20/NiCr 8020) Nickel Chrome Serires Manufacturer Price Nichrome Stranded Wire
Product Description
Pure nickel wire has good high temperature strength, the characteristics of low resistivity.
Nickel wire series products are: nickel wire, pure nickel wire, nickel wire, nickel wire, 0.025 mm N4 interchange nickel wire, nickel N6 wire;Nickel wire highest purity can reach 99.99%!!!!!!.The finest can reach 0.025 mm!
Pure nickel wire production cycle: 3 to 7 days or so
The state: hard state/half hard/soft state
The characteristics of
1. have solderability, high electrical conductivity, appropriate linear expansion coefficient
2. good high temperature strength, low resistivity
3. high melting point, corrosion resistance, good mechanical performance, under the hot cold state has good pressure workability, degassing, suitable for radio, electric light source, machinery manufacturing, chemical industry, are important structural materials in the vacuum electronic devices.
Nickel Grade |
Ni+Co |
Cu |
Si |
Mn |
C |
Cr |
S |
Fe |
Mg |
≥ |
≤ |
Ni201 |
Bal. |
.25 |
.3 |
.35 |
.02 |
.2 |
.01 |
.3 |
- |
Ni200 |
Bal. |
.25 |
.3 |
.35 |
.15 |
.2 |
.01 |
.3 |
- |
Nickel Wire
Applications of Nickel Wire
Eectric apparatus and chemical machinery,strong base of the filter ,valves grid, inner components of vacuum valves, components insides the electron tubes, lead wire, supporting wire, battery production, vacuum coating, sparking electrodes,
and heat exchangers.Dimension and Tolerance (mm)
Diameter |
0.025-0.03 |
>0.03-0.10 |
>0.10-0.40 |
>0.40-0.80 |
>0.80-1.20 |
>1.20-2.00 |
Tolerance |
±0.0025 |
±0.005 |
±0.006 |
±0.013 |
±0.02 |
±0.03 |
USE:
Pure nickel wire is suitable for radio, lighting, mechanical manufacture, chemical industry, is of important structural materials in the vacuum electronic devices, can also be as thread lead in the bulb.
Nickel wire are made by advanced vacuum melting process.and by forging\rolling\annealing and drawing.The products are used in electric apparatus,lead for lamp and chemical machinery.