Sliding lubricating oil for large components and its blending method and blending device
A technology of large components and lubricating oil, applied in the direction of lubricating compositions, petroleum industry, underwater structures, etc., can solve the problem of easy wear and deformation of sliding base surfaces, reduce the friction coefficient of large components, and prone to failure of power equipment, etc. problems, to avoid frequent failures of power equipment, reduce friction coefficient, and meet the effect of friction coefficient
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Embodiment 1
[0053] The sliding lubricating oil for large components includes the following components by weight percentage: 70-77% of engine oil, and 23-30% of molybdenum sulfide.
[0054] Due to the large size and weight of large components, molybdenum sulfide is used as a component. Molybdenum sulfide is suitable for high-pressure environments. Molybdenum disulfide is made of natural molybdenum concentrate powder after chemical purification and changes in molecular structure. Solid powder, when added to the engine oil, can form an alternate state of non-bonding, which greatly increases the lubricity of the engine oil, and forms a protection for the skateboard, prolonging the service life of the skateboard.
[0055] After molybdenum sulfide is processed by supersonic airflow crushing, its particle size can reach 325-2500 mesh, its microparticle hardness is 1-1.5, and its friction coefficient is 0.05-0.1. It can be added to engine oil to play a better role. Anti-friction effect.
[0056]...
Embodiment 2
[0066] In this embodiment, the matching ratio of engine oil and molybdenum sulfide corresponding to the lowest friction coefficient is adopted: engine oil 75% molybdenum sulfide 25%, and the lubricating oil of this mixing ratio is applied to the push-up of the immersed pipe joint of the Hong Kong-Zhuhai-Macao Bridge. Test the push-up friction coefficients of three pipe sections E23, E25, and E27. The length of the pipe section is 180m, and the weight is about 72,000 tons. Each pipe section is composed of 8 sections with a length of 22.5m, including S1, S2, S3, S4, S5, S6, S7 and S8, the segment width is 37.95m, and the height is 11.4m. The first segment to be poured is S8. After S8 is poured, it will be pushed, and then S7 will be poured at the end of the S8 pipe joint. , after the pouring of S7 is completed, it is pushed together with S8, and so on, until the last pipe section S1 is poured, and all the pipe sections are pushed into place, that is, the big push.
[0067] After...
Embodiment 3
[0069] Such as figure 1 As shown, the deployment method of sliding lubricating oil for large components includes the following steps:
[0070] a. Determine the composition of the sliding lubricating oil;
[0071] b. Prepare sliding lubricating oil, weigh each component of lubricating oil according to different weight ratios, and obtain different ratios of sliding lubricating oil;
[0072] c. Calculate the friction force and friction coefficient. On the same test platform, measure and calculate the maximum static friction force of the slide plate lubricated by the lubricating oil with different proportions obtained in step b respectively, and obtain the relevant friction coefficient. When measuring and calculating the slides lubricated by lubricating oil of different ratios, the calculations are carried out for each situation in which the number of slides is increased sequentially;
[0073] d. Comparing the friction coefficients of lubricating oils under different proportions...
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