WSA Centrifugal Sifter

Application:

Food industry, Metallurgy and Mining

Material:

Soy sauce powder, wheat seedling powder, maltodextrin, flour, spices, ginger powder, curry powder, VC powder, etc.

The proportion of light metal powder can be used, such as zinc oxide, magnetic materials, calcium oxide, etc.

Consulation

Centrifugal sifter

Long Service Life of Mesh

In the screening industry, the first factor that affects the life of the mesh is the quality of the mesh itself, but for centrifugal sieve, the equipment’s structure is the main reason of the mesh damaged quickly, the concentricity of the equipment, the processing technology of the screen cage, these directly affect the life of the mesh.

 

Precision Machined Parts

The key components of the equipment need to go through multiple precision machining processes, one is to extend the life of the mesh, the second is to improve output.

 

Ultra-light Material Design

Centrifugal sieve design principles, more suitable for screening of ultra-light, multi-fiber material.

 

Easy To Clean

Centrifugal sieve clean conveniently, suitable for many varieties of small batch screening, to avoid cross-contamination caused by mixing

 

Series In The Air System

Centrifugal sieve can withstand the pressure of 0.1MPA, suitable for flour etc, positive pressure system, the screening output is large .

Centrifugal sifter

Centrifugal sifter

Centrifugal Sifter

The centrifugal sifter is particularly suitable for sieving solid products. The centrifugal sieve is a simple choice for screening a variety of powders and particles, foodstuff, chemical and pharmaceutical products.

The centrifugal screen can be used for various materials including soy sauce powder, wheat seedling powder, maltodextrin, flour, spices, ginger powder, curry powder, VC powder, etc. The centrifugal screen can be used for proportional light metal powder, such as zinc oxide, magnetic materials, and calcium oxide.

Centrifugal Screen

The cylindrical mesh of the centrifugal screen is installed in the machine body. After the product is fed into the sieve through the inlet, the internal screw feeds the material to be sieved into the sieve chamber. The material is collected and distributed along the screen surface by rotating the optional brush of the blade, forcing the material through the screen.

Material feeding must be consistent to avoid excessive feeding. The separated fines will be discharged to the central outlet.

The central outlet can be easily connected to any conveying system. Unscreened material will be discharged through a side outlet that is also easily connected to any conveyor system.

Successfully used for screening dry or bulk materials, the centrifugal sifter is recommended whenever bagged products or hygroscopic materials are processed. With the centrifugal sifter, lumps and conglomerations are broken gently without any product loss.

For the centrifugal sifter, the equipment structure, the concentricity of the equipment and the processing technology of the screen cage directly affect the mesh lifetime.

The key components of the centrifugal sieve need to go through multiple precision machining processes, among which the first is to extend the lifetime of the mesh, and the second is to improve the output.

Design principles: the centrifugal sieve is more suitable for ultra-light and multi-fiber material. The centrifugal sieve features no vibration, easy and quick change of screen mesh, inspection doors for quick cleaning of the machine, high output, and high energy efficiency. It is available in stainless steel AISI 304L-316L and with certification for CE and GMP.

The centrifugal sieve can be cleaned conveniently, and is suitable for many varieties of small batch screening, to avoid cross-contamination caused by mixing.

The centrifugal sieve can withstand the pressure of 0.1MPA, so it is suitable for flour and etc. With a positive pressure system, the centrifugal sieve can reach a high screening output.

The mesh of the machine is cylindrical and is placed in the machine body. After the material is mixed with the air flow through the screw conveying system, and atomized into the screen cylinder. Through the wheel blades in the screen cylinder, the material is subjected to centrifugal force and cyclone propulsion force simultaneously, so that the material is sprayed over the mesh, the material smaller than the mesh hole is discharged from the fine material outlet, and the material bigger than the mesh hole is discharged along the tube wall discharged from the coarse material outlet to achieve the purpose of efficient screening.

Centrifugal sifterCentrifugal sifter

Model WSA18-65 WSA30-100 WSA50-130
A 1430 1845 2230
B 460 655 870
C 420 766 790
D 1005 1240 1775
E 135 320 280
F 230 285 515
H 330 350 660
I 340 380 400
J 210 290 485
Material Q235A/SUS304 Q235A/SUS304 Q235A/SUS304
Mesh Size 500 mesh 500 msh 500 mesh

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