Product Introduction:

This machine is mainly used to clean mud, stone powder, and impurities in sand to improve sand quality. It can also be used for sand lifting in mineral processing operations or similar processes. During the sand washing process, there is minimal loss of fine sand and stone powder, resulting in building sand with a particle size distribution meeting standard requirement. The structure is simple, with the impeller drive shaft bearing device separated from water and the material being washed, thus preventing damage to the bearings caused by water, sand, and contaminants, significantly reducing the failure rate.

It offers high cleanliness, large processing capacity, low power consumption, and long service life.

Working Principle:

The working principle of a wheel sand washer involves several key steps:

1. Feeding: The wheel sand washer receives the sand or crushed ores to be cleaned through a feeding mechanism.

2. Rotation of the Wheel: The wheel, which contains the washing impeller, rotates at a certain speed. This rotation is typically powered by an electric motor.

3. Cleaning Process: As the wheel rotates, the impeller picks up the sand or crushed material and propels it against the water stream inside the washing tank.

4. Scrubbing and Cleaning: The high-speed rotation of the impeller agitates the material, causing it to rub against itself and the walls of the washing tank. This action helps to remove impurities, clay, and other contaminants from the material.

5. Draining and Discharging: Cleaned material is then discharged through the outlet, while water and dirt particles are drained away through the overflow outlet.

6. Repeat Process: The material may go through multiple cycles of washing and rinsing to ensure thorough cleaning.

Overall, the wheel sand washer operates on the principle of using the rotating impeller to scrub and clean the material by creating friction and agitation, ultimately separating impurities and contaminants from the sand or crushed ores.

Performance Features:

• Low failure rate
• High cleanliness
• Large processing capacity
• Low power consumption
• Long service life

Technical Parameters:

On-site Installation View: