High Efficiency Starch Sifter for Starch Processing

Zhengzhou Jinghua starch sifter is widely used in starch industry . MFSC and MBSC twin sifter utilized as a final check (security) sifter before flour is sent to flour storage or packing machine to ensure bran particles or particles bigger that flour particles are removed.

The sieve body is composed of many layer sieve lattices and the sieve cases are made of excellent bass wood.

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Product Detail

Main technical parameters

Model	Bin (Piece)	Number of sieves (piece)	Capacity (t/h)	Diameter (mm)	Power (Kw)	Weight (kg)	Dimension (mm)
GDSF210100	2	10-12	8-10	Φ45-55	2.2	1200-1500	2530x1717x2270
GDSF21083	2	8-12	5-7	Φ45-55	1.5	730-815	2120x1440x2120
GDSF11083	4.5	2-3	3-4	Φ40	0.75	600	1380x1280x1910
GDSF110100	6.4	3-4	4-5	Φ40	1.5	750	1620x1620x1995
GDSF110120	7.6	4-5	5-6	Φ40	1.5	950	1890x1890x2400

Features

1Enclosed mild steel box cabinet for great flexibility of flow due to additional outer (4) channels.
2Machine can be supplied with a range of sieve stacks from 8-12 frames.
3Simple design allows easy maintenance.
4Alum (aluminium) style sieve inner frames, mesh cloth glued with frame fast and activator.
5Outer sieves coated inside and outside with plastic melamine lamination and supplied with stainless steel trays.
6Plan sifter doors made of fiberglass with a bright and smooth finish, with insulation to prevent condensation.
7Supplied with outlets for discharge, including inlet and outlet socks and black plastic caps.

Show Details

The machine is composed of two main parts: the mild steel frame mounted with clamps for the flexible suspension rods, floor plates for mounting and the mild steel box section for the sieve frames with upper clamping by means of a metal frame and clamping pressure micrometric screws.

The drive unit with counter balance weight, with motor, pulleys, v-belt is mounted under the cabinet box section, adjustable to suit different applications. Material is fed into the top and by the machines circular motion, the fine material moves through the sieve mesh and is discharged out each sieve side to outlets, while the course material over tails and sent to separate outlets.