Sanitary Vee-Cone Blender is Equipped for Liquid Additions

Unit blends dry and granular bulk materials uniformly, with or without liquid additions, typically in 15 to 30 minutes.

Kevin Cronin, Editor-in-Chief

March 5, 2024

1 Min Read
vee-cone blender
The Model VB-60-SSIS vee-cone blender achieves uniform blends more gently, sanitizes more rapidly, and discharges more thoroughly using less energy than agitated blenders.Image courtesy of Munson Machinery Company, Inc.

The new Munson Model VB-60-SSIS sanitary vee-cone blender with internal spray line blends dry and granular bulk materials uniformly, with or without liquid additions, typically in 15 to 30 minutes.

     

Constructed of #304 stainless steel finished to sanitary standards, the 60-cu-ft-capacity chamber features smooth internal surfaces, allowing unobstructed material flow during blending and total evacuation through a gate valve upon discharge.

     

The absence of residual material, together with interior access through two quick-release covers, allows rapid sanitizing and visual inspection of all material contact surfaces.

     

The independently-powered spray line/intensifier bar positioned within the inclined cylinders can distribute liquids throughout the batch thoroughly and rapidly, and/or impart shear to break down soft agglomerates, achieving uniform blends at fill volumes from 100% to 50% of rated capacity with equal efficiency, depending on material.

     

Driven by a 7.5-hp motor and mounted on a rigid steel frame, the cylinders rotate on pillow block bearings at 11 rpm with a swing radius of 56 in.

     

Other models are offered in capacities from 8 quarts to more than 200 cu ft, to USDA, pharmaceutical, and other sanitary or industrial standards.

     

Munson Machinery Company, Inc., Utica, NY 800-944-6644 www.munsonmachinery.com

About the Author(s)

Kevin Cronin

Editor-in-Chief, Powder & Bulk Solids

Kevin Cronin has been editor-in-chief, Powder & Bulk Solids, for 30 years. For several years, he also edited food and chemical industry publications. He received a B.A. in communications—with a concentration in journalism—from the University of Scranton, Scranton, PA, in 1988.

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