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Study on the Friction Characteristics of Plasma Spray Modified Layer on Titanium Alloy in Artificial Sea Water Environment

机译:人工海水环境中钛合金等离子喷雾改性层摩擦特性研究

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摘要

In order to study the friction characteristics of the plasma spray modified layer on the surface of titanium alloy, the friction sub-combination consisting of three type enhanced Teflon as the pin sample was carried out in the artificial seawater environment. The results show that the friction coefficient and wear degree of the plasma spray surface treatment specimen are also lower than the TC4 titanium alloy substrate, the surface modification sample and the three enhanced Teflon side friction, the side wear is serious, the surface plasma spray modified titanium alloy needs to reduce its surface roughness before it can be used as a friction sub-type material.
机译:为了研究钛合金表面上等离子体喷涂改性层的摩擦特性,在人工海水环境中进行了由三种型增强铁氟龙组成的摩擦子组合。 结果表明,等离子喷雾表面处理样品的摩擦系数和磨损程度也低于TC4钛合金基质,表面改性样品和三个增强的铁氟龙侧面摩擦,侧面磨损严重,表面等离子喷雾改性 钛合金需要在用作摩擦子型材料之前降低其表面粗糙度。

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