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Plasma and HVOF sprayed WC-Co coatings as hard chrome replacement solution

机译:等离子和HVOF喷涂的WC-Co涂层作为硬铬替代溶液

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In the present study, WC-12Co coating has been deposited using plasma spray and high velocity oxyfuel spraying (HVOF) and wear performances of these coatings have been compared with electroplated hard chrome. Bearing steel and WC-Co balls have been used as rubbing counterparts. The wear is predominantly adhesive for the atmospheric plasma spray (APS) and the electroplated coating. For HVOF coating, wear has been found to occur by localised microfracture. A careful choice of plasma spray parameters yields a coating more wear resistant than the electroplated hard chrome. However, the HVOF coating has always offered the highest wear resistance.
机译:在本研究中,已经使用等离子喷涂和高速氧燃料喷涂(HVOF)沉积了WC-12Co涂层,并将这些涂层的耐磨性能与电镀硬铬进行了比较。轴承钢和WC-Co球已被用作摩擦配对物。磨损主要是大气等离子喷涂(APS)和电镀涂层的粘合剂。对于HVOF涂层,已经发现局部微裂纹会造成磨损。仔细选择等离子喷涂参数可产生比电镀硬铬更耐磨的涂层。但是,HVOF涂层始终提供最高的耐磨性。

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