Home |  News |  Conferences |  Commodities |  Publications |  Business Directory |  Resources |  Help
Go to the MEI Online homepage

 
Search Site:

MEI Online: Comminution: Latest News: October 7th 2017

 
 

Click for more info on Comminution '18


 
  

:: FTM Ceramic Ball Mill Treads out a Road of Green Development

 

FTM ceramic ball mill applies the latest techniques and concepts for improvement and innovation, and try to create a piece of intelligent, high-end and low-price product. FTM ceramic ball mill by applying new technologies speeds up the progress in intellectualization and high efficiency, greatly saving the investment in manpower and material resources. This new ball mill is able to meet all the requirements of our customers and threads out an economical and environmental development road.

The development direction of ceramic ball mill has switched from the roller-type, coal-gasification, light-weight, automation and large-scale put forward in the past to environmental protection, energy saving and intellectualization. FTM ceramic ball mill is the newest type of energy-saving milling machine, which is researched and developed by our mechanical experts through combining the latest ball milling technology in domestic. It not only obviously promotes the production capacity and crushing efficiency, but also greatly broadens its application range. It can be said as the most ideal grinding equipment for the crushing tasks in the large sized stone aggregate factories and mines. The fineness of the grinding operation in sand production line is self-controlled by the milling time. In addition, the cylinder is lined with wearable lining board, with good abrasion resistance. The diameter of the ballstone used in the ceramic ball mill is one of the key elements affecting the ball mill efficiency. The diameters of the ballstones are not identical with each other, which is conductive to the ore grinding operations of the ceramic ball mill. By this design, the ball mill can have and more sufficient grinding effect on the ores and thus further improve equipment efficiency.


 

 

   

MEI Blog

Select the list(s) you'd like to join below, enter your email address, choose a content format and click "Join."
[more info]


MEI Online Update
MEI Online Job Vacancies

HTML Text

© 1998-2017, Minerals Engineering International


Email: amanda@min-eng.com