De-sanding

In the production process of tapioca starch, The reason why the machine is corroded faster than it should be is that the SAND KRS separator is designed to separate sand from crushed cassava and separate the sand from tapioca starch water more efficiently than its predecessor sand separators.

The automatic sand spitting system can be designed to suit the flow rate at each point where the sand trap is installed. The sand contact parts are well used for materials that are resistant to sand corrosion. There is no need to replace spare parts frequently, and more importantly, there is no loss of crushed cassava or tapioca starch juice out of the production process.

Properties

It does not cause the loss of crushed cassava or tapioca starch water while spitting out the sand.
Automatic sand spitting system
Less power to extract sand than the original version.
Ceramic wear parts, long service life.
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MODEL
D.150-1/1-1D.150-2/3-1D.150-3/3-1D.150-4/6-1D.150-6/6-1
Cyclone unit
Number of De-sanding cyclone12323
Diameter of cyclone (mm.)150150150150150
Flow rate (Cu.m/h) Max.4590135180270
Conical cone materialCeramicCeramicCeramicCeramicCeramic
Collector tank
Material304304304304304
Water pressure (bar) Max.66666
Water consumption (Cu.m/h)0.40.81.21.62.4
Dimension
Width (mm.)710984984984984
Long (mm.)9701,0001,0001,0001,000
Height (mm.)2,6333,0083,0083,0083,008
Weight (kg) Appx.135225250405460

• Calculated from 25% starch content in cassava
• Specifications of this product are subject to change without prior notice.

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