MPE Introduces the New Superabsorbent (SAP) Gran-U-Lizer™

(Chicago, IL) Modern Process Equipment Corporation (MPE), the world's leading manufacturer of precision particle reduction equipment, announces its latest grinder design, the Model 1052 SAP Gran-U-LizerT, which is specifically designed for grinding Super Absorbent Polymers (SAPs). The 1052 contains a number of unique features that further increase particle uniformity, minimize fines and improve process efficiencies.

One of the features is the BAVA (Balance and Vibration Analysis) that senses when product moisture levels elevate beyond the tolerable range. When this occurs, the produce becomes elastic and does not grind efficiently. BAVA senses the material elasticity change and notifies plant personnel. BAVA can also predict bearing failures before they occur, further increasing operating efficiencies.

The MPE SAP Gran-U-Lizer is used by numerous, large worldwide producers because it delivers a very uniform grind in the 20 x 100 US Mesh (850 x 150 um) size range with minimal dust or bi-product.

Modern Process Equipment Corp. (MPE) is the world's leading manufacturer of precision particle reduction equipment. MPE has been supplying its customers with superior particle size reduction solutions for over forty years, earning the reputation as the place to go to improve product yields and reduce the generation of unwanted fines. MPE aspires to design and manufacture the most modern, innovative and highest quality coffee grinding equipment with the most responsive, practical and timely service possible. For more information about MPE’s complete line of grinding equipment, contact Modern Process Equipment, Inc. 3125 South Kolin Avenue, Chicago, IL 60623; call 773-254-3929; visit www.mpechicago.com.

• Self-cleaning design eliminates cleaning between change-over with additional CIP (Clean In Place) available.
• Enclosed, sealed tube protects product aroma and surrounding environment.
• Less than 20% of the energy usage of pneumatic conveying systems.
• Conveying distances of up to 200 feet (60 meters).
• Flexible designs with multiple inlets and discharge points possible.