Products
No radioactive pollution, green and environmental products.Ceriated tungsten has excellent arc starting performance at low current, and the pilot arc current is low.Cerium tungsten electrode is very popular under the condition of low direct current
No radioactive pollution, green and environmental products.Ceriated tungsten has excellent arc starting performance at low current, and the pilot arc current is low.Cerium tungsten electrode is very popular under the condition of low current and direct current.It is especially advantageous when used for pipes, small fine components and stainless steel products for welding and specific number of welding.
Thorium tungsten electrode is an electrode added with oxides. It is widely used in various fields.It has superior comprehensive welding properties than pure tungsten electrodes and other oxide adding electrodes.In the long-term use process, it is irreplaceable by other oxide electrodes.Thorium tungsten electrode is widely used in carbon steel, stainless steel, nickel alloy and titanium metal welding. It is the preferred material for high quality welding.
Thorium tungsten electrode is an electrode added with oxides. It is widely used in various fields.It has superior comprehensive welding properties than pure tungsten electrodes and other oxide adding electrodes.In the long-term use process, it is irreplaceable by other oxide electrodes.Thorium tungsten electrode is widely used in carbon steel, stainless steel, nickel alloy and titanium metal welding. It is the preferred material for high quality welding.
This product is a pure tungsten electrode without any oxide. The electronic escape work is 4.5ev, the arc ignition voltage is high, the current carrying capacity is poor, and it is easy to burn. Pure-tungsten electrode is generally used in the AC welding of aluminum and magnesium alloys and not strict welding requirements.
This product is a pure tungsten electrode without any oxide. The electronic escape work is 4.5ev, the arc ignition voltage is high, the current carrying capacity is poor, and it is easy to burn. Pure-tungsten electrode is generally used in the AC welding of aluminum and magnesium alloys .
The lanthanum tungsten electrode has excellent welding performance. The product is 1-2%La2O3 electrode added to tungsten. The electron escaping work is 2.7-2.8ev, which has the closest properties to the thorium tungsten electrode.When the medium and small current is used, the performance of the arc and the burning resistance are higher than that of the thorium tungsten electrode. Lanthanum tungsten electrode has become a promising substitute for thorium tungsten electrode because of no radioactivity. Another advantage of it is that the endurance current is high and the burning loss rate is the smallest. So lanthanum tungsten electrode is very popular with customers from Asia, Europe, America and Japan.
The lanthanum tungsten electrode has excellent welding performance. The product is 1-2%La2O3 electrode added to tungsten. The electron escaping work is 2.7-2.8ev, which has the closest properties to the thorium tungsten electrode.When the medium and small current is used, the performance of the arc and the burning resistance are higher than that of the thorium tungsten electrode. Lanthanum tungsten electrode has become a promising substitute for thorium tungsten electrode because of no radioactivity. Another advantage of it is that the endurance current is high and the burning loss rate is the smallest. So lanthanum tungsten electrode is very popular with customers from Asia, Europe, America and Japan.
Good welding performance under AC conditions and good corrosion resistance. Especially under high load currents, zirconium tungsten electrodes exhibit superior performance that cannot be replaced by other electrodes. During welding, the end of the zirconium tungsten electrode can be kept in a spherical shape to reduce tungsten infiltration, making it suitable for welding magnesium aluminum and its alloys under AC conditions
Good welding performance under AC conditions and good corrosion resistance. Especially under high load currents, zirconium tungsten electrodes exhibit superior performance that cannot be replaced by other electrodes. During welding, the end of the zirconium tungsten electrode can be kept in a spherical shape to reduce tungsten infiltration, making it suitable for welding magnesium aluminum and its alloys under AC conditions
