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Abstract
Multi-layer composite surface coatings made of MoS 2/titanium, exhibit good mechanical and tribological properties in several industrial applications. Its applicability to industrial gears is discussed in this work. Several tests, like Rockwell indentations, ball cratering, pin-on-disc and reciprocating wear tests, were performed in order to evaluate the adhesion to the substrate and the tribological performance of this coating. Twin-disc tests, performed at high-contact pressure and high-slide-to-roll ratios, confirmed the good adhesive and tribological properties of the MoS 2/titanium coating and left good indications about the applicability of the MoS 2/titanium coating to gears. Scuffing gear tests were performed in the FZG machine in order to evaluate the anti-scuffing performance of this coating. Finally, the MoS 2/titanium coating was applied to the gearing in a gearbox and its influence on the gearbox efficiency was studied.
Published Version
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