ATTRITOR GRINDING MILLS AND NEW DEVELOPMENTS. I. INTRODUCTION AND PRINCIPLES. In this presentation we will discuss the principle of the Attritor and its applications. The Attritor is a grinding mill containing internally agitated media. It has been generically referred to as a "stirred ball mill.". There are quite a few types of Attritors ...
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Attritor mills can be used for a wide range of materials, including metals, ceramics, pigments, and chemicals. How is the grinding media selected for an attritor mill? The grinding media is typically selected based on the material being ground and the desired particle size. Steel balls are commonly used for grinding metals, while ceramic beads ...
The principle of Attritor dry grind processing is achieved by an expanded moving bed of media. This condition is described as kinematic porosity. The dry particles are subjected to various forces such as impact, rotational, tumbling, and shear; therefore, micron range fine powders can be easily achieved.
The S-1 Batch Attritor is a versatile, reliable, rugged laboratory-size machine designed to meet virtually all lab grinding and dispersing needs—either wet or dry. It allows easy and precise scale-up to production size equipment with reproducible results from batch to batch. It is also suitable for small production or pilot plant work.
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DRY GRINDING ATTRITORS. History. From a revolutionary idea proposed and developed by Dr. Andrew Szegvari in 1945, Attritor technology grew to become the basis for Union Process, Inc., an independent, family-owned American company founded in Akron, Ohio. Today, Attritors are considered to be the most efficient grinding/dispersing systems and …
distributed on a very narrow curve. The laboratory Attritor works up to ten times faster than the conventional ball, pebble or jar mill. Its compact, vertical profile requires minimal space. No premixing is necessary. Adding ingredients (or taking samples) can be done at any time during the grinding. Why A Laboratory Attritor?