选粉机

  • 网络Separator;powder concentrator;O-Sepa
选粉机选粉机
  1. HES(M)动态选粉机及其工艺系统的应用效果

    HES ( M ) Dynamic Separator Application and It 's Process System

  2. TLS系列组合式选粉机的开发

    Development of Combination separator in TLS Series

  3. CDG辊压机和静态选粉机的运用实践证实了这个结论。

    Operational practices of CDG roller press together with static separator have proved this conclusion .

  4. φ4.0m旋风式选粉机常见问题处理

    Common Problems Handling on φ 4.0m Cyclone Separator

  5. 为满足粉煤灰和其他矿渣的分选,开展了SLK涡流选粉机试验研究。

    To meet the separation requirement for fly-ash and other mineral slag , experimental study on SLK swirl separator was conducted .

  6. 为此,结合NHX高效转子式选粉机技术,作者在某厂对传统离心式选粉机进行了一系统的技术改造并获成功。

    Therefore , the , author has successfully made a series of conversion to traditional separator by adopting NHX high efficient rotor classifier technology .

  7. 为了满足现代水泥企业越来越高的生产要求,本课题设计了X700涡旋式选粉机。

    In order to meet more and more high production demand , the technological improvement is carried out for X700 Gubernatorial powder selecting machine in this subject .

  8. 介绍了金川集团公司熔剂制备系统的改进实践,重点叙述了O-SEPA选粉机的结构、工作原理、调试过程以及系统参数的调整。

    This paper present the improvement of flux preparation system of Jinchuan Group Corporation , with focal points addressed to structure , operating principle , commissioning process and adjustment of system parameters of the O-SEPA fine quartz separator .

  9. 首先,模拟分析了O-SEPA选粉机在实际工况下的三维流场特性,得到了更为直观、详细的内部的流场特性,这为今后的研究分析提供了方便和设计依据。

    First , The three-dimensional flow field characteristics of the O-SEPA classifier were simulated under different operating conditions , thus obtaining the more objective and detailed flow characteristics of classifier , as a reference for the design and research in the future .

  10. 这种新型超细选粉机能耗比较低。

    This separator has better efficiency in separation and lower resistance .

  11. 选粉机工作性能相关结构分析与研究

    Analysis and study of relevant structures to operating performances of classifier

  12. 生料烘干的新途径&选粉机烘干

    Drying in air separator & a new approach of raw meal drying

  13. 转子结构对离心转子式选粉机性能的影响

    Influence on performance of centrifugal rotor classifier with rotor structure

  14. 选粉机技术的发展及闭路粉磨系统的优化

    Technical development of separator and optimization of close - circuit grinding system

  15. 历史性的推进40型高效螺桨离心式选粉机的改造

    Modification of Type 40 High Efficiency Propeller Centrifugal Separator

  16. 空气选粉机机械式撒料盘的试验研究

    Experimental research on mechanical distribution plate of air separator

  17. 大型选粉机振动测试及故障分析

    Vibration Test and Malfunction Analysis to Big Powder Classifier

  18. 动态选粉机在闭路煤磨系统中的应用

    Dynamic Separator Application in Closed Circuit Coal Mill System

  19. 基于迅速分级原理的涡流选粉机分级区研究

    Research on Classifying Zone of Vortex Air Classifier Based on Rapid Classification Principle

  20. 旋风式选粉机的改造机理及应用

    Conversion principle of cyclone separator and its application

  21. 从理论上分析了选粉机的分级机理,推导了切割粒径的计算公式;

    The classifying mechanism was analyzed and calculation formula of cut size was deduced .

  22. 本文介绍的高效旋风式选粉机,属于国内首创。

    The highly efficient cyclone separator discussed hereof is the first one developed in China .

  23. 选粉机分级室壳体倾角数值模拟与试验研究

    Research on Numerical Simulations and Experiment of Shell Obliquity Angle for Air Classifier Classifying Housing

  24. 离心转子式空气选粉机的研制

    Development of centrifugal rotor air classifier

  25. 选粉机的故障诊断和分析

    Analysis and Fault Diagnosis of Separator

  26. 通过正交模型实验,探讨了离心转子式选粉机的最佳工况;

    By the orthogonal-model exam , the optimum conditions of the centrifugal rotor classifier were discussed .

  27. 经过改造后的选粉机大大减少了运行成本,提高了生产效率。

    It reduces the operating cost greatly after transformation , and the production efficiency has been raised .

  28. 选粉机技术的发展为闭路粉磨系统的优化改造创造了条件。

    Developments of separators create the new prospect for optimization and renovation of close circuit grinding system .

  29. 通过模型实验,探讨了操作参数对选粉机分级性能的影响规律。

    By model tests , the influence of operation parameters on the classifier 's performances was studied .

  30. 本磨机与选粉机组成循环圈流粉磨系统,将熟料粉磨成水泥成品。

    This mill together with separator can form close-circuit grinding system for grinding clinker into cement products .