Twin-Section Plansifter
Brief Introduction:
The twin-section plansifter is a kind of practical flour milling equipment. It is mainly used for the last sieving between the sifting by plansifter and the flour packing in the flour mills, as well as the classification of pulverulent materials, coarse wheat flour, and intermediate grinded materials.
Product Detail
Product Tags
Product Description
Technical Parameter List
|
Type |
Sifter Frame |
Sifting Area |
Main Shaft Speed |
Capacity |
Rotary |
Power |
Weight |
Shape Size |
|
FSFJ2×10×63 |
6-12 |
4.2 |
290 |
2-2.5 |
ø45~55 |
1.1 |
550~580 |
1680×1270×1500 |
|
FSFJ2×10×70 |
8-12 |
6.2 |
265 |
3-3.5 |
ø45~55 |
1.1 |
650~670 |
1840×1350×1760 |
|
FSFJ2×10×83 |
8-12 |
8.5 |
255 |
5-7 |
ø45~55 |
1.5 |
730~815 |
2120×1440×2120 |
|
FSFJ2×10×100 |
10-12 |
13.5 |
255 |
8~10 |
ø45~55 |
2.2 |
1200~1500 |
2530×1717×2270 |
Sealing Is Better
Open and closed compartment designs are both available. The sieve area of closed type is larger and the sealing is better.
Avoid Damp Deformation
Wooden sieve frame, plastic coated to avoid damp deformation, 6-12 sieve frame arrangement per different requirement.
Stable Running
Fiberglass rod suspension for stable running and short start-up and short-down time.
Customized Sieve Frame
Customized sieve frame arrangement per different requirement.
Pulverulent Materials Classification
The twin-section plansifter is a kind of practical flour milling equipment. It is mainly used for the last sieving between the sifting by plansifter and the flour packing in the flour mills, as well as the classification of pulverulent materials, coarse wheat flour, and intermediate grinded materials. Currently, it has been widely adopted in modern flour mills and rice grinding mills. We can provide different sieving designs for different sifting performance and different intermediate materials.
Working principle
The Sifter is driven by a motor installed under the main frame to do plane rotary motion through the eccentric block. The material is fed into the inlet and flows down step by step according to respective design for different materials, and in the same time it is separated to several streams according to the particle size. The material can be separated into max. four types material. The flow sheet can be designed by different requirements.
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