润滑脂

rùn huá zhī
  • grease;lubricating grease
润滑脂润滑脂
润滑脂[rùn huá zhī]
  1. 极压聚脲基润滑脂在CSP薄板坯连铸机上的应用

    Application of Extreme Pressure Polyurea - Base Grease in CSP Sheet Blank Continuous Casting

  2. 对钻孔漏失层分类的研究与探讨TM润滑脂在漏失层中的钻进效果

    STUDY AND DISCUSSION ON THE CLASSIFICATION OF CIRCULATION LOSS ZONE Effectiveness of TM Lubricating Grease in Thief Zone Drilling

  3. 水溶性A盐、B盐是以水为分散介质的润滑脂较为适宜的抗磨极压添加剂。

    Soluble salts A and B are appropriate anti-wear and extreme pressure additives for the greases .

  4. C(10)~C(20)天然脂肪酸在润滑脂生产中的应用

    Application of c_ ( 10 ) ~ c_ ( 20 ) natural fatty acids in preparation of lubricating greases

  5. TCP对润滑脂的滴点和分油率的影响较小。

    TCP has a little effort on dropping and rate of oil separation .

  6. TD机车牵引齿轮润滑脂

    Traction Gear Grease TD for Locomotive TD for Locomotive

  7. 因此,电动车车轴轴承润滑脂的解体检查周期可以延长至60万km。

    Therefor , the disassembling inspection period for lubricating grease on electric motor car axle bearings can be prolonged to 600 000 km .

  8. 计算结果表明,润滑脂A形成的最小润滑膜厚度和中央接触区润滑膜厚度都高于润滑脂B,润滑脂的成分对接触压力分布有影响。

    The result shows the minimum film thickness of the grease A was greater than that of grease B. At the same time , the constituent of the grease had influence on the distribution of pressure .

  9. 润滑脂对滚动轴承EHD膜厚的影响

    Effect of grease on EHD film thickness of rolling bearing

  10. 对于润滑剂则重点介绍有关发动机机油的分类和CC、CD级柴油机油及其基础油的性能,机油中使用的添加剂和其它润滑剂如齿轮油、润滑脂等也作了叙述。

    D. grade of diesel oil and its base oil are also given . Other lubricant , such as gear oil and grease , is also briefly described .

  11. LaF3微粒在润滑脂中的摩擦学及自修复性能研究

    Tribological and Self Repairing Properties of LaF_3 Particle in Lubricating Grease

  12. TGR聚脲润滑脂的研究与工业应用

    A study on TGR polyurea grease and its industrial application

  13. 结果表明:含有纳米Cu,Al,Al2O3,MgO,ZnO粒子的润滑脂添加剂能显著提高通用锂基脂的减摩性能,且对表面具有一定的修复能力。

    The results show that the addition of nano-particles Al_2O_3 , Cu , Al , MgO , ZnO greatly with some can improve antifriction property of the base grease surface reconditioning ability .

  14. 高效液相色谱分析阿维菌素(AVM)乳浊液中有效成分B(1a)和B(1b)乳浊液进样-火焰原子发射光谱法测定润滑脂中的锂和钙

    Study on HPLC method for determining avermectin B_ ( 1a ) and B_ ( 1b ) Determination of Lithium and Calcium in Lubricating grease by Emulsion Sampling-flame Atomic Emission Spectrometry

  15. PFPE型润滑脂抗辐照性能研究

    The research of anti - radiation property of PFPE Vacuum Grease

  16. 以水玻璃为原料、乙酸乙酯为潜伏酸试剂,采用溶胶凝胶法制备出了高温润滑脂稠化剂&高比表面积超细SiO2粉体。

    A kind of lubricating grease thickener , ultrafine silica gel powder with high specific surface area , was prepared taking water glass and ethyl acetate as a latent acid reagent .

  17. 随着车辆走行距离的增加,车轴轴承润滑脂有逐渐老化的倾向,但在走行75万km以后,所有参数均在管理基准以内。

    With the increase of car running distance , the lubricating grease on car axle bearings has the trend of aging gradually . But after running for 750 000 km , all the parameters are within the management criterion .

  18. 利用Falex试验机建立了评价烧结机润滑脂密封性能的试验方法。

    A test method is set up to evaluate seal ability of sintering machine grease with Falex tester .

  19. 基于修正的T-J模型,求出高速航空润滑脂7018拖动力的大小。

    The traction force of high-speed aerial lubricating grease NO. 7018 was based on the correctional T-J model .

  20. 用ZTJ-3型试验机评定润滑脂性能

    Evaluation of lubricating grease performance with ztj-3 type tester

  21. 研究发现,ZDDP能提高锂-钙基润滑脂的抗水性;低含量ZDDP能提高锂-钙基润滑脂的机械安定性;

    It was found that ZDDP can improve the anti-water performance of Lithium-Calcium base grease and the performance of mechanical stability with the low content of ZDDP in the grease .

  22. KK-3号高低温航空润滑脂的性能及其应用

    The Properties of Low and High Temperature Aircraft Grease KK - 3 and Its Application

  23. 纳米SiO2的抗疲劳机理是粒子很小且具有大量的羟基,可以在摩擦副间形成吸附薄膜,因而保护了固体表面,提高了润滑脂的耐磨性。

    SiO_2 nano particle has anti-rubs function is because SiO_2 nano particle is very small and has the massive hydroxy , can forms the adsorption thin film within rub Surface . So protected the solid surface improve the grease resistance to wear .

  24. 使用四球摩擦磨损试验机考察了LaF3在润滑脂中的摩擦学性能。

    The tribological properties of LaF_3 particle as grease additive were investigated by using four-ball friction testers .

  25. HTGL润滑脂的研制和应用

    The Application of HTGL Grease

  26. 在滚动轴承用润滑脂中添加适量WS2亚微米粒子,能有效降低轴承在高温环境下工作时的摩擦因数,降低能耗,并能减少润滑脂消耗,延长润滑脂的工作寿命。

    Adding proper WS2 submicron particle into the grease used in rolling bearing can reduce the friction factor , consumption , wastage of grease and prolong the working life of grease .

  27. 为防止安装后并且在长期使用情况下,减速机底面与台板表面锈蚀在一起,应在台板表面上均匀涂以一层薄薄的MoS2润滑脂。

    In order to prevent corrosion of gear reducer surface and bedplate surface occurring during operation after installation , apply a uniform thin film of MoS2 lubricating grease to bedplate surface .

  28. KK-3号高低温航空润滑脂在航空机载电机、电器和机构上的应用

    The Application of High and Low Temperature Aircraft Grease KK-3 to motor , Electric Apparatus , and Other Mechanisms in Aircrafts

  29. 发现在较高的温度下,润滑脂中所含的WS2亚微米粒子主要依靠在摩擦副表面发生摩擦化学反应,生成化学反应膜,以降低摩擦,减少磨损。

    It is discovered that , under a higher temperature , the friction and wear are reduced mainly by chemical film which is produced by the friction chemical reaction of friction pairs ' surface .

  30. 采用新型的一步法制备工艺,加上多种添加剂,制备出一种高滴点、具有良好稳定性和优秀极压性的WS2高温锂基润滑脂。

    We adopt a new one step method producing technology , add many kinds of addictive and produce a kind of WS2 high temperature lubricating grease with high dripping dot , good stability and excellent extreme pressure . There is no decreasing temperature process .