spiral sand washing and drying machine

Wheel Bucket Sand Washing Equipment is used for washing out the clay in the sand for the purpose of increasing the sand quality. Thanks to their simple design they have ease in the assembly process, these bucket wheels provide advantages to the users with low power consumption and water saving.

Wheel Bucket Sand Washing Equipment is widely used in particle aggregate sand screw washing, grading, and dehydrating quartz and sand in construction sites, sand stone factories, hydropower station and concrete dam site, precast concrete factories, glass factories and etc. It is especially applicable to wash construction sand and paving sand.

1. This Wheel Bucket Sand Washing machine's structure is simple. The impeller drive device is separated with water and the watered materiel avoiding that the bearing is damaged by deeping in water, sand, or contamination.
2. This machine has obvious advantages compared with screw sand washing equipment/washer.
3. The medium and fine sand are washed away less. 
4. There is almost no wearing part except screen mesh.
5. The machine usage life is long.

1, High cleanliness and low loss rate
2, The sand washing machine has a reasonable structure, large processing capacity, small power consumption, high cleanliness, long life, long-term maintenance, and very little fine sand and stone powder loss.
3, Unique design
Our machine has a Fully sealed oil bath drive and adjustable overflow weir plate. So it ensures this advantage, such as our machine has high efficiency, durability, cleaning, and good dehydration, and Fine-grained products keep in place.
4, Wide adaptability and stable operation
The sand washing machine has wide adaptability. It generally uses washing, classification, and dehydration of tiny particles of sand used in construction sites, sand and stone factories, glass factories, hydropower stations, and other units.
5, Reduce water consumption
The water in the operation of the sand washing machine can recycle, and the sedimentation tank can effectively treat the sewage in the process and improve the operating environment.

Project→Demands analysis→Technical solutions→Production process design→Equipment optimal configuration scheme with high cost- effective→Management of product quality and time to delivery→Product quality inspection→Packing, transportation, custom
clearance, delivery process→On-site installation guidance, operation training→Equipment maintenance, and parts supply.