Laser Hardfacing
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Laser hardfacing of a Ball Mill Wear Flange
with 60% tungsten matrix
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Laser Cladding Services, Perth offers cost effective laser hardfacing solutions that provide high toughness protection for components that are exposed to severe wear applications - tungsten carbide composite overlays are regularly used to protect drilling and mining components, such as laser hardfacing of Hammer Barrels & Drive Chucks. Cobalt-based alloy overlays defend against particulate erosion and cavitation in high-pressure pumps, valves, and turbines.
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Laser hardfacing of DTH Drive Chucks
for improved wear resistance
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Laser hardfacing with high-alloy powders, such as Stellite 1, 6, 12 and 21 will enhance the wear properties of components and in almost all cases increase the service life between hardfacing re-application. Using a Tungsten Carbide Matrix with 60% Tungsten will also be beneficial in increasing wear resistance and component life span, as it produces an almost indestructible outer layer against the most abrasive wear environment.
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Laser hardfacing of DTH Hammer Barrels
with 60% tungsten. Capable of in excess of
25,000 meters of drilling
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Laser hardfacing of a Ball Mill Wear Ring
with 60% tungsten
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Call or email Laser Cladding Services to discuss your laser hardfacing project.
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