切削液

qiē xiāo yè
  • cutting fluid;cutting compound
切削液切削液
切削液[qiē xiāo yè]
  1. PbO2/Ti电极电催化氧化处理水基切削液废水

    Electro-catalytic oxidation of titanium-based PbO_2 electrode to the treatment of water-based cutting fluid wastewater

  2. 通过加强对供液系统的净化以及浓度、pH值等方面的管理,可实现切削液的长寿命、高效益。

    A longer service life and higher efficiency of the cutting fluid can be obtained through intensifying the cleaning of the fluid feeding system and control of the concentration and pH value of the cutting fluid .

  3. 切削液的表面张力愈小,最大无卡咬负荷PB值愈大,切削液的润滑效果愈好,切削力愈低。

    The less surface tension is and the larger PB value is , the better the lubrication effect of cutting fluid and the lower the cutting force .

  4. 在使用过程中,要定期监控水溶性切削液的浓度、硬度、pH值、杀菌剂含量、金属盐含量等指标。

    During the use of water soluble cutting oil , its concentration , hardness , pH , germicide content , metallic salt content etc , shall be routinely monitored .

  5. FCC装置再生系统焊接失效分析与故障机理研究水基金属切削液的失效及其再生设备设计

    Analysis on the Welding Crack of the Second Fccu Regenerator in the Refinery Plant ; The Malfunction of Aqueous Metal-Cutting Fluid and the Designing of Its Regeneration Equipment

  6. 美孚克特AF是抗泡及消泡剂,用在乳化及水溶性金属切削液中,也可用在其它工业用水基液体系统中。

    Mobilcut AF is an antifoam and defoaming agent for use in metal working fluid emulsions and solutions and in other water based industrial fluid systems .

  7. 2MCL型压缩机轴封系统的改造MCL型水基合成切削液的研制

    THE IMPROVEMENT OF 2 MCL COMPRESSOR SEALING SYSTEM Preparation of MCL Water - Based Synthetic Cutting Fluid

  8. Merchant认为:在切屑与刀具接触界面上存在微小的粗粒,切削液通过这些表面的微小粗粒组成连锁的网络的毛细管被吸入到切屑与刀具的接触界面上。

    Merchant thought that minute asperities existed at the chip-tool interface and the fluid was drawn into the interface by the capillary action of the interlocking network of these surface asperities .

  9. HC-1高效金属切削液研制

    The Study of the HC-1 High Efficiency Metallic Cutting Liquid

  10. 实验发现,切削液条件下的刀具寿命要优于低温MQL润滑切削。

    It was found that the tool life is longer under cutting fluid than that under lower temperature MQL .

  11. BNS微乳状切削液主要由复合型乳化剂、复合硼酸酯、防锈络合物等组成。

    BNS micro-emulsive cutting fluid consists mainly of the compound emulsifier and the compound borate as well as rust inhibitors .

  12. 结果表明,在大型集中供液系统的生产线上,乳化切削液的pH值、浓度、抗腐蚀性等常规质量指标可以通过维护管理得到较好的控制,一般不能作为指示切削液衰败程度的指标。

    The result shows that , in a centralized system of emulsified cutting fluid , some routine inspected specifications such as pH , concentration and corrosion resistance etc can be well controlled by management , so they can 't serve as indexes indicating deterioration of the cutting fluid .

  13. INTECHCOOLANTAL18是一种不含氯的高性能半合成水溶性切削液,特别为铝及铝合金的切削加工而设计。

    INTECH COOLANT AL18 is a chlorine-free high performance , semi synthetic water-soluble metalworking fluid , specially designed for Aluminium manufacturing .

  14. 在无钙培养液中山羊卵母细胞不发生GVBD。无油切削液的应用

    However , the oocytes cultured in the medium without calcium were not able to appear GVBD . Application of Oilless Cutting Fluid

  15. 简述了生态效应对MQL切削液的要求,给出了具有生态效应的几种切削液基油和添加剂,并对其生态性能和切削性能进行了比较。

    The required ecological effect of MQL cutting fluids is indicated and some base oils and additives of ecological cutting fluids are presented in the paper .

  16. 采用模糊层次方法对切削液配方方案进行了多目标优选决策,实例证明,FAHP法是切削液配方方案优选的一个有效工具。

    Multi-goal optimization of formula schemes of cutting fluid was made by FAHP , the practice shows that it is feasible to optimize formula schemes of cutting fluid with FAHP .

  17. 本文介绍了MCT新型高效润滑切削液在柴油机机体加工自动线大流量池中的成功应用经验。

    This paper introduces a new high efficient combined cutting lubricant , MCT , which has been successfully used on the processing line for diesel engine bodies , when a big flow liquid bath is provided .

  18. HC-1高效金属切削液是以合成塔底油副产物为基料,经多元配伍而成。

    The HC-1 high-efficiency metallic cutting liquid is made up of the byproduct of synthetical tower oil , and comes into form by several ways .

  19. 而XF0362切削液为了解决温度与浓度对切削液皂化作用的影响,在添加抗皂化剂P-01后改变其性能,从而解决了皂化现象。

    To solve the problem , the XF0362 cutting fluid changes its performance after addition of anti-saponification solution P-01 , thus prevents saponification from happening .

  20. 低温微量润滑(低温MQL)是有效降低切削液负面影响的冷却润滑方式之一,不过目前针对该项技术在切削应用中的环境空气质量特性研究还处于探索阶段。

    Cryogenic Minimum Quantity Lubrication ( MQL ) is one of the effective techniques to tackle these problems . However , at present , the study aimed at the environmental quality characteristics in cryogenic MQL cutting is still at the exploratory stage .

  21. 介绍MCL型水基合成切削液的研制过程,讨论防锈剂、润滑剂、表面活性剂、极压剂和其它添加剂的选择与复配关系。

    The preparing process of a new water based synthetic cutting fluid ( MCL ) used for metalworking is presented . The composition selection and the complex relations between the rust inhibitor , lubricator , antiwear additive , surfactant and other additives are discussed in details .

  22. 基于模糊层次分析法(FAHP)研制的环境友好钛合金切削液,通过各项性能评价其性能较好,不仅能满足钛合金切削加工的苛刻要求,而且也能满足环保要求。

    The environment-friendly titanium alloy cutting fluid of developed based on the fuzzy analytic hierarchy process ( FAHP ), its performance better after the performance evaluation , not only satisfy the demanding requirement of titanium alloy cutting , but also meet the requirement of environmental protection .

  23. 可是,如果要使切削液起作用就必须让它到达切屑刀具接触界面。但如何在采用单尖刀具连续车削的场合尤其是切屑-刀具接触压力高达70MPa时实现并非易事。

    But it is not easy to visualize how it is accomplished in the case of a continuous turning with a single point turning tool , specially when the chip-tool contact pressure is as high as70 MPa .

  24. 绿色切削液分析及其质量评估措施

    Analysis on the Green Cutting Fluid and Decision on Quality Evaluation

  25. 乳化切削液监测的过滤性检测方法研究

    Research on the Filter Test Method of Emulsified Cutting Fluid Monitoring

  26. 一种有利于生态学的减少切削液的工艺方法

    Ecological cutting - approaches for reducing the amount of cutting fluids

  27. 水的硬度对切削液性能的影响

    The Effects of Water Hardness on the Performance of Cutting Fluids

  28. 乳化切削液的维护与监控技术研究

    A Research on Maintenance and Monitoring Technology for Emulsified Cutting Fluid

  29. 加工医用纯钛植入体所用切削液的研究

    A Study on the Cutting Liquid for Pure Titanium Implant

  30. 切削液是金属切削加工中的重要配套材料。

    Cutting fluid is the important related material in metal cutting process .