Mineral Grinding Technology
Claudius Peters is widely acknowledged as one of the foremost authorities on coal and mineral grinding technology. With knowledge gained in over 700 applications of our famous “EM” ball ring mill, we offer reliable solutions for the most extreme processing challenges.
Designed without bearings or lubrication points inside the grinding section, the EM mill remains the simplest, most reliable means available for fine grinding coal and a number of other minerals. Up to 50,000 service hours can be achieved from a single set of grinding elements. Closely coupled to grinding in a number of mineral processes, is calcining.
Claudius Peters combines the grinding and calcining processes in a single modified version of the EM mill - a combination that has become an industry standard in certain mineral processes.
Claudius Peters can be your full line supplier for your gypsum processing system. The key component of this system is the calcining plant, where Claudius Peters supply a range of calcining systems customized for each application. A Claudius Peters EM Mill is at the heart of a gypsum processing system, combining the functions of grinding, drying calcining and classifying the gypsum in one unit. For fine raw materials such as synthetic gypsum sources the Horizontal Impact Calciner allows direct calcining without grinding. The Claudius Peters Homogenizer, provides better plaster quality whilst the Claudius Peters Rotary Drum Cooler will cool the product from calcining temperatures to required product temperatures for further handling.
We can also accommodate separate calcining operations for high temperature applications producing anhydrite gypsum with our flash calcining process or kettle calcining systems for specific plaster systems. This calcining and grinding process know-how linked with other Claudius Peters product lines such as stockyard systems, pneumatic conveying and dispatch systems provides a "one stop" capability.
|Claudius Peters Grinding Technik Brochure
|Horizontal Impact Calciner (HIC)