Automatic Cassava Starch Line

SGM takes advantage of the close cooperation with companies in the same trade, scientific establishments and experts from home and abroad. Furthermore, it combines the competitive cost advantage from China together with advanced technologies and experiences abroad. In this way, SGM is able to provide a complete set of low cost and high performance equipment for food and agricultural products to customers in China and abroad.

Technologies:

1. Starchprojects

Including:

-          All kinds of roots (potato, cassava, sweet potato) starch, corn, wheat, pea, banana esculentaschott, root of kudzuvine, riviergiantarum rhizome starch.       

-          Potatoes starch plant protein recovery technology

-          Potato pulp comprehensive utilization technology

1. Potato products:

Including:       

-          Potato flakes, potato granules, potato powder, potato chips, French fries, potato      croquettes, potato mash and so on.

-          Solid-liquid separation technology/ filtering technology/ liquid engineering technology/ powder engineering technology/ automatic control technology

-          The characteristics of the potato starch production equipment in SGM are: higher price/quality performance ratio, better quality of products, lower operating costs and a better control system.

  The rasper is widely used in the starch production to break the material. It is made of stainless steel. The rotor is forged by special stainless steel on which hundreds of files are installed. The reversible files is specially designed with a thickness of 1.25mm.
The rasper is compact with a high rotary speed(100m/s in linear velocity). The material coming out from the rasper is fine, well-distributed and fully extracted. 

The rasper is comprised of frame, shell, rotor, major axis, feed inlet, reversible files, bearing, bearing seat, block, sieve plate, electric motor, V type belt roller and protection cover.
Structure of rasper

The rotor rotates between two bearings. The distance between the block and the file is adjusted by the screw bolt. The rotary rotors with files in a high speed bring the material to the gap of the blocks and the well-distributed slurry drops into the trough through the sieve plate.