Preparation of Nano-MoS2 Solid Film and Application on Ring
In order to reduce the friction and abrasion of textile machinery,accessories and parts,the lubrication mechanism and characteristics of ordinary MoS2 oil and grease and nano-MoS2 solid film are compared and analyzed.A preparation process for synthesizing nano-MoS2 solid film on ring by vacuum chemical vapor deposition is proposed.The microstructure and surface morphology of the nano-MoS2 solid film are analyzed by X-ray diffraction spectrum and atomic force microscopy,and the nano-MoS2 ring is treated with the infiltration of chromium plating and fluorine plating of composite films.By comparing the spinning quality of nano-MoS2 solid film ring with ordinary ring,it is pointed out that nano-MoS2 solid film has excellent lubricating properties and can replace ordinary lubricating oil to achieve the goal of using less oil,no oil,and oil free self-lubrication for textile equipment,accessories and parts.The preparation method of nano-MoS2 is a bottleneck restricting its application and development.The composite film nano-MoS2 ring with the infiltration of chromium plating and fluorine plating is not easy to rust in a damp environment,and the yarn quality of the ring is better than that of ordinary ring,the labor intensity of the operator is reduced,and the service life of the ring is extended.
chemical vapor depositionnano-MoS2solid filmfluid lubricationringfrictionab-rasioninfiltration
NETL
NSTL
万方数据
