Suitable For Use In The Food And Pharmaceutical Industries, It Meets High Standards Of Cleanliness.
CIP Capable:
Automate Cleaning Processes And Reduce Downtime.
Versatile Grinding:
Adjustment Of Speed, Mesh Size/shape, And Rotor Spacing Can Be Used To Meet A Wide Range Of Grinding Needs.
Inline Vacuum:
Improve Material Handling Efficiency And Reduce Dust Pollution.
Particle Size Range:
Precise Particle Size Control From D50-500μ To <250μ Is Supported.
Industry Applications:
It Covers A Wide Range Of Fields Such As Food (e.g. Milk Powder, Chocolate) And Pharmaceuticals (e.g. Wet/dry Granulation).
Heat Sensitivity:
It Is Suitable For Fat, Sticky, Wet Materials And Other Materials That Are Easily Affected By Heat.
Minimum Fines:
Gentle Grinding Reduces Fines And Optimizes Product Distribution.
Rotor-to-Cone Gap Adjustment:
Flexible Control Of Grinding Strength To Adapt To Different Material Characteristics.
Screen Hole Types:
A Variety Of Screen Hole Types Are Available, Such As Round Holes, Square Holes, And Serrated Holes.
Packaging Details:
wooden box
Highlight:
Hygienic Cone Mill Machine
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CIP Cone Mill Machine
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Multi Purpose Cone Grinder
Product Description
Overview
Cone Mill is suitable for fat, heat sensitive, sticky, wet or other difficult products. The ability to control a limited range of gentle grinding action maintains a tight particle size distribution and produces a minimum of fines.
Versatile Grinding Capability thru – Speed, Cone Hole Size & Shape, Rotor to Cone Gap adjustment
Inline Vacuum Capability
Angle Grinder Particle Size RangeD50-500μ to <250μ
Options :Wide Range of Screen Hole Types: - Round Hole - Square Hole - Serrated Hole
Working Principle
The material to be processed is fed by gravity into the pulverizing chamber. A low-speed grinding rotor forces the material into a vortex flow path. Individual particles of the unground product are centrifugally thrown against the walls of the conical grinding chamber, where they then rise in a spiral path.
The action of the rotor on the walls of the grinding chamber exerts high shear on the product. At initial impact, a large portion of the product is reduced below the cone aperture, which is instantly discharged to the mill discharge. The chute is designed to provide maximum free space for the discharged material, thus preventing the possibility of buildup.
A small fraction of the larger unground particles continue to travel up the conical walls within the product vortex, further reducing in size in the process. The largest possible eventually reach the top of the vortex where they re-enter the feed stream to repeat the cycle.