Munson Introduces Centrifugal Sifter

Release Time：22 May,2019

<p style="text-align:center;"> <img src="http://www.bearing.com.cn/membcentre/editor/attached/image/20190522/20190522145041_97360.jpg" alt="" /> </p> <p style="text-align:center;"> <em>Munson Munsifter centrifugal sifter</em> </p> <br /> This new Munsifter centrifugal sifter can sift, scalp, and de-agglomerate bulk solid materials at high rates, free of vibration or product degradation.<br /> <br /> Material fed by an auger into a stationary horizontal screen cylinder is propelled by rotating paddles against the screen, with on-size particles passing through screen apertures into a discharge chute, and oversize materials spiraling through the cylinder and into a discharge port.<br /> <br /> The clean, simple design features external bearings at both shaft ends which can be lubricated through external fittings.<br /> <br /> The bearing at the discharge end of the shaft is mounted on the outside of a discharge housing that can be removed with screw knobs for easy access to change, inspect or clean the screen and paddles. A hinged access door on the side of the housing allows visual inspection.<br /> <br /> Screens are available in a wide range of apertures to satisfy a diversity of sifting applications across the process and packaging industries.<br /> <br /> Depending on application, the shaft is driven by a 3-HP motor and rotates at approximately 500 RPM, offering vibration-free performance and high throughput rates with little or no product degradation.<br /> <br /> Constructed of #304 or #316 stainless steel, it is available finished to sanitary or industrial standards.<br /> <br /> The sifter is available as a stand-alone unit or paired with any of the company's size reduction equipment including lump breakers, screen classifying cutters, pin mills, attrition mills, rotary knife cutters, hammer mills and shredders; or mixing/blending equipment including ribbon/paddle/plow blenders, rotary batch mixers, rotary continuous mixers, fluidized bed mixers and variable intensity blenders.<br />