How to choose the starch slurry concentration and purification machine for cassava starch processing machine

 

Due to technological updates and market competition, the current cassava starch processing and fully automatic cassava starch production line equipment have become the machines considered by most people. The processing speed of starch purification is higher than that of the previous semi-automatic sedimentation tank, and the automated production is completed from raw materials to dry starch in half an hour. The non-precipitation starch processing equipment on the market includes cyclones, disc separators, etc. The choice of which starch slurry purification and concentration machine can be based on the following factors to ensure that the selected equipment can meet your production and starch quality requirements:

 

First, let's take a look at these three different starch slurry concentration machines:

 

Cyclone, disc separator: Use cyclonic force to separate starch and impurities, and multi-stage separation can be achieved. The cyclone station and disc separator are both multi-unit series processing. The high-pressure pumping of slurry generates centrifugal force in the washing pipeline, and the separation purpose is achieved due to different density and particle size. This starch is purer and has a higher purification concentration, which makes the starch whiteness high and contains less impurities, which helps to increase starch viscosity and reduce the loss rate, but the equipment cost is also relatively high.

 

Medium and large starch processing enterprises: Multi-unit serial processing equipment consisting of cyclone station and disc separator can provide starch with higher purity and concentration, which is suitable for enterprises with strict requirements on product quality. Although the initial investment cost of this type of equipment is high, in the long run, its efficient separation ability can reduce starch loss and improve overall economic benefits.

 

Choose the appropriate equipment according to the original amount processed per hour.