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Welding Process |
Tip Type |
Material |
Use Cases |
Notes |
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MIG Welding (GMAW) |
Standard Copper (E-Cu) |
Copper |
General purpose welding, mild steel, aluminum |
Most common, affordable, good heat conductivity |
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Copper-Chrome-Zirconium (CuCrZr) |
Copper alloyed with chrome and zirconium |
High wear resistance, ideal for aluminum and stainless steel |
Most common, affordable, good heat conductivity |
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Silver-Plated |
Copper plated with silver |
Excellent heat conductivity, high-production welding |
More expensive, longer lifespan, reduced spatter |
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Heavy Duty Silver-Plated |
Thick silver plating on copper |
Heavy-duty applications, high heat input |
Highest price, longest lifespan, best for demanding jobs |
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Stainless Steel |
Stainless steel alloy |
Cold wire feeding processes, laser applications |
Not common, good wear resistance, less suitable for aluminum |
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TIG Welding (GTAW) |
Cerium Oxide (CeO2) |
Cerium oxide mixed with tungsten |
General purpose, good arc stability, good cleaning action |
Most common, versatile |
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Lanthanated Thoriated (LaTh2) |
Lanthana and thoria mixed with tungsten |
High current capacity, stable arc, long lifespan |
More expensive, good for high-production welding |
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Pure Tungsten (W) |
Pure tungsten |
Precise welds, thin materials, no contamination |
Less stable arc, requires skilled welder |
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Zirconiated (ZrO2) |
Zirconium oxide mixed with tungsten |
Good balance of arc stability and cleaning action |
Versatile, good for AC and DC welding |
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Hafnium Oxide (HfO2) |
Hafnium oxide mixed with tungsten |
High arc stability, good for pulsed welding |
Expensive, good for critical welds and automation |
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Stick Welding (SMAW) |
No tip (Consumable electrode) |
Same material as electrode |
Consumed during welding, no separate tip needed |
Various coatings based on AWS specification |
