一种低摩擦系数耐腐蚀速滑冰刀刀片材料的制造方法，属于金属材料领域。本发明设计了一种由单一成分组成的刀片材料，其成分为：C：1.8～2.1%，Cr：13.5～14.5%，V：12～12.5%，Mo：1.5～1.8%，余量为Fe，通过雾化制粉、热等静压烧结、锻造开坯、轧制成形以及热处理工序获得刀片窄带材料。本发明合金中固溶大量的C、Cr、Mo和V元素，VC相的质量百分含量为13~15%，保证刀片具有良好的耐磨性，同时不会因含量过高而影响与冰面的摩擦系数。本发明所采用的热处理工艺在成分设计的基础上仅进行淬火处理，保证刀片具有低的摩擦系数，同时还具有高的硬度和强度以及耐腐蚀性能。

The invention relates to a manufacturing method of a low friction coefficient corrosion-resistant speed skating skate blade material, which belongs to the field of metal materials. The invention designs a blade material composed of a single component, whose components are: C: 1.8~2.1%, Cr: 13.5~14.5%, V: 12~12.5%, Mo: 1.5~1.8%, and the margin is Fe. The blade narrowband material is obtained through atomization, hot isostatic pressure sintering, forging, rolling and heat treatment processes. A large amount of C, Cr, Mo and V elements are solidly dissolved in the alloy of the invention, and the mass percentage of VC phase is 13-15%, which ensures that the blade has good wear resistance and will not affect the friction coefficient with the ice surface due to the high content. The heat treatment process adopted by the invention only carries out quenching treatment on the basis of composition design to ensure that the blade has low friction coefficient, high hardness, strength and corrosion resistance.