T3 Tungsten Electrodes (AWS classification EWG) contain a minimum of 98% per cent tungsten and up to 1.5 per cent Lanthanum and small percentages of Zirconium and Yttrium they are called T3 Tungsten. T3 Tungsten Electrodes provide conductivity similar to that of thoriated electrodes. Typically, this means that T3 Tungsten Electrodes are exchangeable with thoriated electrodes without requiring significant welding process changes. E3 delivers superior arc starting, electrode lifetime, and overall cost-effectiveness. When T3 Tungsten Electrodes are compared with 2% thoriated tungsten, T3 requires fewer re-grinds and provides a longer overall lifetime. Tests have shown that ignition delay with T3 Tungsten Electrodes actually improves over time, while 2% thoriated tungsten starts to deteriorate after only 25 starts. At equivalent energy output, T3 Tungsten Electrodes run cooler than 2% thoriated tungsten, thereby extending overall tip lifetime. T3 Tungsten Electrodes work well on AC or DC. They can be used DC electrode positive or negative with a pointed end, or balled for use with AC power sources.
T3 Tungsten Electrodes (AWS classification EWG) contain a minimum of 98% per cent tungsten and up to 1.5 per cent Lanthanum and small percentages of Zirconium and Yttrium they are called T3 Tungsten. T3 Tungsten Electrodes provide conductivity similar to that of thoriated electrodes. Typically, this means that T3 Tungsten Electrodes are exchangeable with thoriated electrodes without requiring significant welding process changes. E3 delivers superior arc starting, electrode lifetime, and overall cost-effectiveness. When T3 Tungsten Electrodes are compared with 2% thoriated tungsten, T3 requires fewer re-grinds and provides a longer overall lifetime. Tests have shown that ignition delay with T3 Tungsten Electrodes actually improves over time, while 2% thoriated tungsten starts to deteriorate after only 25 starts. At equivalent energy output, T3 Tungsten Electrodes run cooler than 2% thoriated tungsten, thereby extending overall tip lifetime. T3 Tungsten Electrodes work well on AC or DC. They can be used DC electrode positive or negative with a pointed end, or balled for use with AC power sources.
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T3 Tungsten Electrodes (AWS classification EWG) contain a minimum of 98% per cent tungsten and up to 1.5 per cent Lanthanum and small percentages of Zirconium and Yttrium they are called T3 Tungsten. T3 Tungsten Electrodes provide conductivity similar to that of thoriated electrodes. Typically, this means that T3 Tungsten Electrodes are exchangeable with thoriated electrodes without requiring significant welding process changes. E3 delivers superior arc starting, electrode lifetime, and overall cost-effectiveness. When T3 Tungsten Electrodes are compared with 2% thoriated tungsten, T3 requires fewer re-grinds and provides a longer overall lifetime. Tests have shown that ignition delay with T3 Tungsten Electrodes actually improves over time, while 2% thoriated tungsten starts to deteriorate after only 25 starts. At equivalent energy output, T3 Tungsten Electrodes run cooler than 2% thoriated tungsten, thereby extending overall tip lifetime. T3 Tungsten Electrodes work well on AC or DC. They can be used DC electrode positive or negative with a pointed end, or balled for use with AC power sources.
T3 Tungsten Electrodes (AWS classification EWG) contain a minimum of 98% per cent tungsten and up to 1.5 per cent Lanthanum and small percentages of Zirconium and Yttrium they are called T3 Tungsten. T3 Tungsten Electrodes provide conductivity similar to that of thoriated electrodes. Typically, this means that T3 Tungsten Electrodes are exchangeable with thoriated electrodes without requiring significant welding process changes. E3 delivers superior arc starting, electrode lifetime, and overall cost-effectiveness. When T3 Tungsten Electrodes are compared with 2% thoriated tungsten, T3 requires fewer re-grinds and provides a longer overall lifetime. Tests have shown that ignition delay with T3 Tungsten Electrodes actually improves over time, while 2% thoriated tungsten starts to deteriorate after only 25 starts. At equivalent energy output, T3 Tungsten Electrodes run cooler than 2% thoriated tungsten, thereby extending overall tip lifetime. T3 Tungsten Electrodes work well on AC or DC. They can be used DC electrode positive or negative with a pointed end, or balled for use with AC power sources.
Last updated at 17/11/2024 03:50:21
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Unimig TIG Tungsten Electrodes, T3 / 2.4mm
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