The tumbler sieving machine can achieve single-layer or multi-layer yield screening and can screen up to 6 particle sizes. The small tumbler screening machine can be equipped with 4 layers of sieve surfaces, and the large one can reach 5 layers while providing 5 to 6 groups of grading.

Product Parameter

Features

1. Up to five times the output per unit area;

2. Accurate to 6 stage separation, screening efficiency of up to 90%-99%;

3. Using silicone rubber ball, ultrasonic and other efficient cleaning device system, the screen hole will not be blocked. Sealed dustproof, safe operation;

4. The acceleration is 4-5 times lower than the vibrating screen, improving the life of the screening parts and reducing maintenance costs;

5. Low noise < 75 db, optimized counterweight balance, low basic dynamic load;

6. The discharge port can be rotated 360 degrees at will, and it is convenient to disassemble and assemble;

7. The pneumatic device is a fast net changing device designed and applied professionally for the trouble of often changing the particle size and often changing the material.

Structure principle

• The tumbler sieving machine effectively imitates the manual actions and processes of human beings, and its movement mode is similar to that of manual sieving. The eccentricity is adjustable from 25-40mm, and the low-speed V-belt drive is adjustable from 120-360rpm.

• The residence time of each product can be adjusted, just adjust its radial direction and cutting angle along the direction of the drive shaft.

• Thus, the material is made to do horizontal and throwing three-dimensional tumbling motion, which produces a spiral-like motion, so that the material is evenly dispersed on the entire mesh surface from the center to the edge, and the fine particles complete the screening process.

• During the operation, as the movement of the particles increases, the particles close to the sieve size are separated, and the particles larger than the sieve size are discharged from the outlet. There is a guiding device at the outlet, which is used to control the flow, and this device can also adjust the residence time of the material on the screen.

• This process is repeated for each layer of screening.