Filler Metals

• High levels of manganese and silicon deoxidizers tolerate medium to heavy mill scale surfaces• Excellent toe-wetting provides optimal bead appearance• Copper coated for long contact tip life• Supports short-circuiting, globular, axial spray and pulsed...

• Input Voltage 230• Rod Elevator – Makes it easy to extract your stick electrode.• Preset 300° F (149° C) temperature.• Power On indicator light – Visually confirms operation.• Removable, one-piece carrying handle.Outstanding Moisture Resistance for...

• Consistent Melt Off Rate – Optimized composition to maximize metal removal while maintaining an efficient melt off rate to help control usage• Lower Heat Generation – Excessive heat generation can result in an inefficient melt off rate, which in-turn...

• Consistent Melt Off Rate – Optimized composition to maximize metal removal while maintaining an efficient melt off rate to help control usage• Lower Heat Generation – Excessive heat generation can result in an inefficient melt off rate, which in-turn...

• Input Voltage 115/120• Rod Elevator – Makes it easy to extract your stick electrode.• Preset 300° F (149° C) temperature.• Power On indicator light – Visually confirms operation.• Removable, one-piece carrying handle.Outstanding Moisture Resistance for...

• A rubber seal makes the container moisture-resistant.• Protect and carry 10 lbs. (4.5 kg) of stick electrode up to 14.0 in. (36 cm) in length.Hydroguard 10LB stick welding electrode rod storage containers. Made of high impact resistant plastic and...

• Consistent Melt Off Rate – Optimized composition to maximize metal removal while maintaining an efficient melt off rate to help control usage• Lower Heat Generation – Excessive heat generation can result in an inefficient melt off rate, which in-turn...

Strap Only. This trap is for use with Lincoln HydroGuard canisters. Package of 1.

• Consistent Melt Off Rate – Optimized composition to maximize metal removal while maintaining an efficient melt off rate to help control usage• Lower Heat Generation – Excessive heat generation can result in an inefficient melt off rate, which in-turn...

• Consistent Melt Off Rate – Optimized composition to maximize metal removal while maintaining an efficient melt off rate to help control usage• Lower Heat Generation – Excessive heat generation can result in an inefficient melt off rate, which in-turn...

• Consistent Melt Off Rate – Optimized composition to maximize metal removal while maintaining an efficient melt off rate to help control usage• Lower Heat Generation – Excessive heat generation can result in an inefficient melt off rate, which in-turn...

• Consistent Melt Off Rate – Optimized composition to maximize metal removal while maintaining an efficient melt off rate to help control usage• Lower Heat Generation – Excessive heat generation can result in an inefficient melt off rate, which in-turn...

• Consistent Melt Off Rate – Optimized composition to maximize metal removal while maintaining an efficient melt off rate to help control usage• Lower Heat Generation – Excessive heat generation can result in an inefficient melt off rate, which in-turn...

• Consistent Melt Off Rate – Optimized composition to maximize metal removal while maintaining an efficient melt off rate to help control usage• Lower Heat Generation – Excessive heat generation can result in an inefficient melt off rate, which in-turn...

• Consistent Melt Off Rate – Optimized composition to maximize metal removal while maintaining an efficient melt off rate to help control usage• Lower Heat Generation – Excessive heat generation can result in an inefficient melt off rate, which in-turn...

• Consistent Melt Off Rate – Optimized composition to maximize metal removal while maintaining an efficient melt off rate to help control usage• Lower Heat Generation – Excessive heat generation can result in an inefficient melt off rate, which in-turn...