超细粉碎机

  • 网络super micro mill;FDV;DLCX
超细粉碎机超细粉碎机
  1. 自循环超细粉碎机可以将破碎产品粒度降至4mm。

    The crushing product particle size could be lower than 4mm when Auto Inner Cycling Fine Crusher ( ACFC ) was used in fine crushing .

  2. CM51型超细粉碎机的粉碎与提纯机理研究

    Mechanism of Comminution and Purification of CM-51 High Speed Impact Ultrafine Comminuter

  3. 作者近几年研制的CM51型高速冲击式超细粉碎机,在我国非金属矿超细粉碎工艺中得到广泛应用。

    The CM-51 ultra-fine comminuter developed by the author in the recent years has been widely used in the ultra-fine comminution processes of non-metallic ores in China .

  4. 超细粉碎机的专家故障诊断系统和控制系统

    Expert Failure Diagnose System and Control System for Ultramicron Milling Machine

  5. 超细粉碎机转子系统冲击碰磨故障的模糊识别

    Fuzzy discernment on collusion trouble of rotator system of superfine grinding mill

  6. 高速冲击超细粉碎机理论设计及试验研究

    The Theoretical Design and Experimental Study on High Speed striking Ultrafine Crusher

  7. 新型冲击式超细粉碎机研究

    A Study on the New Type Impact Superfine Mill

  8. 2004年中国超细粉碎机的进展

    Advance in China 's Ultrafine Comminutors in 2004

  9. 自循环超细粉碎机的开发研究

    Development and Research on Self-Circulation Ultra-Fine Crusher

  10. 冲击式超细粉碎机研制

    Investigation and Development of Impact Mill

  11. 介绍了自循环超细粉碎机的结构及工作原理,说明了该设备的特点。

    The structure , working principle and special feature of the automatic closed circle crusher are introduced .

  12. 分析了一种新型超细粉碎机&受控切割超细粉碎机的结构、工作原理、特点、粉碎机理及相关参数,为进一步对受控切割超细粉碎机的研究和设计提供理论依据。

    This article introduces a new type of superfine grinder : controlled cutting superfine grinder and analyses its structure , working principle , characteristic and grinding principle , which provide the further study and design of controlled cutting superfine grinder with theoretical basis .

  13. 对撞式流化床超细气流粉碎机内腔流场数值模拟与测量

    Numerical Simulation and Measurement of Flow Field in the Chamber of a Fluidized Bed Opposed Superfine Jet Mill

  14. 一种由碳化钨和粘结金属钴组成的超细颗粒硬质合金。湍流超细粉碎机粉碎腔内单相流场的数值模拟

    An ultra fine cemented carbide with tungsten powder and binder cobalt . Single-phase Numerical Simulation on Comminuting Concave of Superfine Comminuting Mill with Turbulence