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.
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The attritor, or stirred ball mill, is a grinding mill containing internally agitated media. There are quite a few types of attritors; they can be categorized as dry grind, wet grind, regular speed (to 400 rpm) and high speed (400–1,800 rpm) attritors.
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The Attritor falls mid-range between these, using 1/8" to 3/8" media, agitating at moderate speeds from 60 rpm in the largest production size units, to 300 rpm for the laboratory size units (with tip speeds of 600-1000 fpm). Along with this same principal, the lately developed and patented High Speed Attritor for dry grinding uses smaller
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CIRCULATION ATTRITOR ("Q" MACHINES) (Fig. 3) This system is a combination of an Attritor and a holding tank which is generally 10 times the size of the Attritor. One of the essential requirements of the Q-Attritor system is the high circulation (or pumping) rate. The entire contents of the holding tank are passed through the
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Attritor is better temperature control, which is achievable for two reasons: 1. The holding tank is jacketed for cooling or heating and acts as a heat sink. 2. The slurry passes through the grinding chamber very quickly (20-30 seconds per pass), therefore having less time to …
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Attritor ball mill also called stirred ball mill, is a kind of ultrafine grinding equipment with high output and energy saving. With the development of science and technology, there are more and more applications of ultra-fine powders in industry. From ultra-fine grinding of metal and non-metal raw materials to deep processing of new composite ...
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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 are used in scores of industries and research laboratories worldwide. More recently,
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In this study, we have focused on the investigation of the effects of major controllable processing parameters of attritor mills to provide guidance in the selection of processing parameters to achieve high milling efficiency ( i.e., minimum energy consumption with maximum milling progress).
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