Performance :
Provides excellent arc starting, arc stability and re-ignition, and is less prone to tip wear.
Materials Welded:
Carbon Steel
Stainless Steel
Nickel Alloy
Titanium
Aluminum
Lanthanated Tungsten Electrode:
Lanthanated tungsten electrode attracts close attention and becomes popular in international welding area for its unique welding performance; it is easy to use under AC or DC conditions; lanthanated electrodes operate at a slightly different arc voltage than thoriated or ceriated electrodes; developed around the same time as ceriated tungsten to help combat the increasing awareness of the radioactivity of thoriated tungsten; generally used to weld carbon and stainless steels, nickel alloys and titanium.
Designation | Composition | Color Mark |
Dioxide | Oxide Compound % | Impurities % | Tungsten % |
WL20 | La2O3 | 1.90-2.10 | ¡Ü0.02 | Remainder | Blue |
Designation | Composition Dioxide | Oxide in% | Impurities Content % | Tungsten Content% | Color Mark |
WL10 | LA2O3 | 0.80~1.20 | <0.2 | Remainder | tungsten |
WL15 | LA2O3 | 1.30~1.70 | <0.2 | Remainder | tungsten |
WL20 | LA2O3 | 1.80~2.20 | <0.2 | Remainder | tungsten |
WT20 | ThO2 | 1.70~2.20 | <0.2 | Remainder | tungsten |
WC20 | CeO2 | 1.80~2.20 | <0.2 | Remainder | tungsten |
WZr3 | ZrO2 | 0.20~0.40 | <0.2 | Remainder | tungsten |
WZr8 | ZrO2 | 0.70~0.90 | <0.2 | Remainder | tungsten |
WP | ¡ª¡ª | ¡ª¡ª | <0.2 | 99.8 | tungsten |
WY20 | Y2O3 | 1.80~2.20% | <0.2 | Remainder | tungsten
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