Product Details:
Payment & Shipping Terms:
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Material: | Copper Tungsten | Connecting: | NDB |
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Standard: | AWS-RWMA | Bonding: | Strong Bonding |
High Light: | copper welding electrode,spot welding electrodes |
High Hardness And High Wear Resistance Solid stud nut electrode for automobile welding
Descriptions:
In the projection welding,(such as automotive industrial, bridge construction), lots of sheet and work piece need be connected by the nut. It need good quality nut welding electrode,not only long life time, but also high strength, high hardness and high wear resistance.
In the automotive industrial, bridge, construction, lots of sheet and workpiece need be connected by the nut. One of challenge is need the good quality nut welding electrode, not only long life time to achieve the automation of welding but also the project of nut need high strength which request high hardness electrode to guarantee nut welding quality.
Jiabang’s nut welding electrode use the copper tungsten alloy as electrode face material to keep the higher wear restiance and big loading endurance, shank material use the CZC to keep the higher electrical conductivity and thermal conductivity.
The WCu faced join with the shank by Jiabang’s new technology be called NDB. There are no any gap between two materials. Our electrode has very good tips hardness and reliability.
1) All the electrode joined by the unique NDB technology between copper tungsten and Chromium Zirconium copper. The whole electrode high thermal conductivity, high hardness.
2) High accuracy CNC machining assure finished parts size according to customer’s drawing.
3) We also supply the copper tungsten pillar. Machinery shop can join the pillar to shank by themself, and delivery the customize size electrode to end user.
Delivery as the finished parts. all the copper tungsten tips (10W3) join with the CuCrlZr without braze.
1: Tips- 10W3 has high hardness and electrical conductivity.
2: shank – without braze, joint to 10W3 face by casting process with CuCrlZr. The whole parts keep good strength and thermal conductivity.