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Effect of Base Oil Nature on the Operational Properties of Low-Temperature Greases

机译:基础油性对低温润滑脂运行性能的影响

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Studies of the physicochemical characteristics, group, and fractional composition of low-viscosity base oils with various nature were carried out. The influence of the composition of these oils on their low- and high-temperature characteristics was studied. Studies of the influence of the nature and composition of the dispersion medium on the physicochemical properties of low-temperature greases (LTG) thickened with lithium soap of stearic acid have been carried out. The possibility of expanding the operating temperature range and improving the antiwear properties of low-temperature greases through the combined use of low pour point mineral oil and high-index hydroprocessing oil has been found out. For the first time, the ability to predict the viscosity–temperature and tribological characteristics of lithium LTG based on standard methods for analyzing base oils are established.
机译:进行了各种性质的低粘度基础油的物理化学特性,组和分数组成的研究。研究了这些油组合物对其低温和高温特性的影响。进行了分散介质性质和组成对用硬脂酸锂皂增厚的低温润滑脂(LTG)物理化学性质的影响。发现了通过组合使用低倾点矿物油和高折射率加氢处理油,扩大工作温度范围和改善低温润滑脂抗磨性能的可能性。首次,建立了基于用于分析基础油的标准方法的基于标准方法来预测锂LTG粘度温度和摩擦学特性的能力。

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