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Plasma sprayed Multicomponent wear resistant coatings for Textile machinery with emphasis on self-lubrication

机译:用于纺织机械的等离子体喷涂多组分耐磨涂层,重点是自润滑

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All textiles manufacturing machines encounter continuous friction between machine components and moving thread. It leads, among other things to wear of components, thus causing mis-alignment, vibration and damage to fibers and yarn. Although lubrication is universally used to avoid friction related wear, but in case of fiber processing lubrication can deteriorate fiber/fabric quality. The present work aims to develop multicomponent composite coatings by plasma spraying for textile machinery components with emphasis on self-lubricious coatings obtained through addition of solid inorganic lubricants. Tribological properties of plasma sprayed coalings of (Cr{sub}2O{sub}3.CaF{sub}2, Cr{sub}2O{sub}3.BaF{sub}2, Al{sub}2O{sub}3.TiO{sub}2.MoS{sub}2) has been analysed.
机译:所有纺织品制造机器遇到机器部件和移动螺纹之间的连续摩擦。其中,除其他外,它可以引导组件的磨损,从而导致纤维和纱线的误差,振动和损坏。虽然润滑是普遍用来避免摩擦相关磨损,但在纤维加工润滑的情况下,纤维/织物质量可以恶化。本作者的目的旨在通过纺织机械组分的等离子体喷涂进行多组分复合涂层,重点通过加入固体无机润滑剂获得的自润滑涂层。 (CR {sub} 2o} 3.CAF {sub} 2,Cr {sub} 2,Cr {sub} 2,Al {Sub} 2,Al {Sub} 2,Al {Sub} 2,Al {Sub} 2,Al {Sub} 2,Al {Sub} 2O} 3的摩擦学性质。已经分析了TIO {SUB} 2.MOS {SUB} 2)。

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