Small Size High Efficiency Stainless Steel 600mm Tumbler Screening Machine for Wheat Starch Separation

Small Size High Efficiency Stainless Steel 600mm Tumbler Screening Machine for Wheat Starch Separation

Overview of Small Size High Efficiency Stainless Steel 600mm Tumbler Screening Machine for Wheat Starch Separation:

Small Size High Efficiency Stainless Steel 600mm Tumbler Screening Machine for Wheat Starch Separation is well known for their ability to provide high efficient (>95%) particle separations and increased throughput rates. A combination of high-tech 3D motion and unique anti blinding devices (bouncing balls, roller brushes, ultrasonic systems, air knives, air brushed etc.) present materials to sift the surface efficiently and keep the mesh holes open for the best possible results. The results are higher throughputs and in-spec materials that other vibrating type screeners can not achieve. The circular construction with central material feed and variable outlet positions makes it easy to clean. The tumbler screening machine allows the operating parameters to be set quickly and simply.

Important Information About Small Size High Efficiency Stainless Steel 600mm Tumbler Screening Machine for Wheat Starch Separation:

Advantages:
(1) Screening efficiency up to 99% and high throughput rates;
(2) No particle destruction due to “hand sifting like” tumble motion;
(3) Large variety of product specific mesh cleaning systems are available;
(4) Dustproof construction and low noise, low vibrating operation;
(5) Capable of extremely high rates across multiple decks;
(6) Unique screen cleaning devices only available with these systems.

Construction Specifications:

(1) The diameter can be from 600mm up to 2300mm (even 2600mm);

(2) Capable of 5 Decks of separations at once;

(3) Various optional anti-blinding devices, such as boucing balls, ultrasonic system, air knives, air brushes and sliders etc.;

(4) Can be made of mild steel (carbon steel, Q235), stainless steel (304 or 316L) etc.;

(5) Option: pneumatic lifting system for fast screen replacement;

(6) Capable of separations from 20um to 2 mesh.

Technical Parameters of Small Size High Efficiency Stainless Steel 600mm Tumbler Screening Machine for Wheat Starch Separation:

Features of Small Size High Efficiency Stainless Steel 600mm Tumbler Screening Machine for Wheat Starch Separation:

6. Noise less than 75dB. Re-optimization is balanced, groud-based dynamic load is low.

Working Principle of Small Size High Efficiency Stainless Steel 600mm Tumbler Screening Machine for Wheat Starch Separation:

AAREAL tumbler screener utilizes the humanoid screening principle. To imitate the movement of artificial screening action and do three-dimensional circular motion, skillfully combine the sieving (planar circular motion) and winnowing (upward parabolic motion), establish horizontal and throwing three-dimensional tumbling movement, make the material in the screen surface appear involute spiral movement. The material takes a relatively long distance across the relative area, and the landing screen time of the material is more than 85%, improving the screen through rate. The screening accuracy is as high as 90%~99%, increasing the yield.

According to the physical properties of the material and the different screening requirements of customers, we can adjust the independent and adjustable rotate speed, eccentricity, radial force, tangential force, so as to change the material stay time on the screen surface and the moving route to achieve the best screening effect.

1. Basic rotary motion is similar to manual screening. Eccentricity is adjustable from 25 to 40mm, and low-speed v-type belt drive is adjustable from 120 to 360rpm.

2. The residence time of each product can be adjusted in the direction of the driving axis by the radial and tangential angles of the swing screen.

3. Hence, it establishes horizontal and projectile 3D tumbling motion. Materials are evenly dispersed from the center to the outer edge on the entire screen surface. So, fine particles are completely finished the whole screening process.

4. This process is repeated between each screen layer.