中文
English
Español
Français{{i.title_en}}
Silver Alloy Wire Used In Medium And Low Voltage Appliances
MOQ: 500 PCS
Note: If you have any questions,please contact us
- Produced by sintering extrusion process, the density can reach 99.9%
- Trace elements are added to silver tin oxide, silver tin oxide indium oxide, silver copper, silver nickel, silver zinc oxide, etc. to achieve the effect of dispersion strengthening, So that can improve the mechanical strength of wire products, improve th
- The chemical coating method, co-precipitation method, mechanical alloying and pre-oxidation process are used to refine the grains of the material, uniform the structure, and prevent the segregation of the microstructure, eliminate the oxide-poor ridge are
- Widely used ! Used in medium and low voltage appliances such as contactors, relays, starters, voltage controllers, automotive appliances, etc.
- fit the requirements of ROHS directive
Longsun Group Co., Ltd
Since:
1986
Product Description
Features：
1.Produced by sintering extrusion process, the density can reach 99.9%.
2.Trace elements are added to silver tin oxide, silver tin oxide indium oxide, silver copper, silver nickel, silver zinc oxide, etc. to achieve the effect of dispersion strengthening, So that can improve the mechanical strength of wire products, improve the material's resistance to welding, Resistance to arc burn and electrical wear.
3.The chemical coating method, co-precipitation method, mechanical alloying and pre-oxidation process are used to refine the grains of the material, uniform the structure, and prevent the segregation of the microstructure, eliminate the oxide-poor ridge area, and produce the wires with excellent performance.
4.Widely used ! Used in medium and low voltage appliances such as contactors, relays, starters, voltage controllers, automotive appliances, etc.
5.fit the requirements of ROHS directive.
The size, deviation and roundness of silver alloy wire for contacts
| diameter（mm） | Allowable deviation（mm） | Roundness（mm） |
| d﹤3.0 | -0.02 | ≤0.01 |
| 3.0≤d＜6.0 | -0.04 | ≤0.02 |
| 6.0≤d＜10.0 | -0.06 | ≤0.03 |
