Copper Based Cored Wires
The alloy is suitable for corrosion-resistant coatings on parts exposed to erosion as well as friction.
Cored wires and wear protection directly from the manufacturer
Thalbronze® CuAl8 Cored Wires
Is an Al-alloyed flux cored electrode based on Cu. The corrosion resistant weld metal has excellent properties against erosion and friction. It also has good mechanical workability and heat resistance.
The welding wires are used in MSG brazing.
Thalbronze® Cu-Al8Ni2 Cored Wires
Is an Al, Ni alloyed flux cored electrode based on Cu and is suitable for MSG brazing. The corrosion resistant weld metal has excellent properties against erosion and friction. It also has good mechanical workability and heat resistance.
The welding wires are used for repair welding on copper alloys of the same type and are also suitable for MSG brazing.
Thalbronze® Cu-Al8Ni5 Cored Wires
Is an Al, Ni alloyed flux cored electrode based on Cu for repair welding on copper alloys of the same type and is suitable for MSG brazing. The corrosion resistant weld metal has excellent properties against erosion and friction. It also has good mechanical workability and heat resistance.
The welding wires are used for repair welding on copper alloys of the same type and are also suitable for MSG brazing.
Thalbronze® Cu-Al8Ni6 Cored Wires
Is an Al, Ni alloyed flux cored electrode based on Cu for repair welding on copper alloys of the same type and is suitable for MSG brazing. The corrosion resistant weld metal has excellent properties against erosion and friction. It also has good mechanical workability and heat resistance.
The welding wires are used for brazing higher strength sheet metal grades.
Thalbronze® 115 Cored Wires
Is an Al, Ni alloyed flux cored electrode based on Cu for build-up welding under shielding gas. The alloy is suitable for corrosion resistant surfacing on parts exposed to erosion as well as friction. The deposited weld metal has good mechanical workability and excellent thermal conductivity.
The welding wires are used for abrasion-resistant hard bronze alloys.
The information presented represents the current view at the time of the specified revision level. Further product development may change these. The details have no legal effect.