HILCO CARBON GOUGING RODS
- Type: Air carbon arc cutting rods
HILCO CARBON GOUGING RODS
Carbon gouging rods are copper-coated air carbon arc cutting rods made from a mixture of graphite and pure carbon. Typical applications can be found in every field of metalworking, in foundries, steel constructions, shipbuilding, repair & maintenance. Carbon gouging rods are used for weld edge preparations, back-gouging in multipass welding, removing unsatisfactory welds, bolt and wire ends, spatter removal, all kinds of cutting.
Best features
+ Carbon gouging rods: Made from a mixture of graphite and pure carbon
+ Typical applications: Every field of metalworking, in foundries, steel constructions, shipbuilding, repair & maintenance
+ Carbon gouging rods: Used for weld edge preparations, back-gouging in multipass welding, removing unsatisfactory welds, bolt and wire ends, spatter removal, all kinds of cutting
Base materials to be welded:
● Carbon, low-alloyed steels
● Stainless steels
● Aluminium
● Nickel alloys
● Cast iron
● Copper alloys
● Magnesium
Applications:
● All industries related to welding
Process description, recommendations for usage
Carbon gouging rods remove molten metal with a jet of air. The intense heat of an arc between the carbon-graphite electrode and a workpiece melts a portion of the metal, while simultaneously a jet of air is passed through the arc to blow away the molten metal. The process (Air carbon arc cutting - CAC-A) is used for cutting and gouging, and it can be done manually or mechanized. Carbon steel, stainless steel, copper alloys, cast irons, aluminium, magnesium and nickel alloys can all be cut with Carbon gouging rods. The process requires an electrode holder, cutting electrodes, a power source and an air supply. Manual electrode holders are similar to shielded metal arc electrode holders (stick electrode holders). The electrode is held in a rotatable head containing air orifices. A valve is provided to turn the air on and off. Carbon gouging rods are round, pointed and copper coated. They are intended to use at DC current.