The cleaning principle of the double-roller no-hand-wash mop

The cleaning principle of the double-roller no-hand-wash mop mainly relies on the synergistic effect of the roller structure and the squeezing dehydration and cleaning actions, as follows:

Roller structure and squeeze dehydration: The mop head is designed with a double-roller structure, and the mop cloth is wound around two parallel rollers in a specific way. When cleaning, users push and pull the mop handle to make the rollers rotate. The squeezing effect between the rollers will squeeze out the moisture and stains in the mop cloth. For some models, during the dehydration process, users place the mop head into the matching dehydration bucket. By pressing or stepping on the pedal, the rollers rotate at high speed, and the centrifugal force is used to further spin dry the mop.

Cleaning actions and stain removal: When mopping the floor, the mop comes into contact with the ground and absorbs dust and stains. The user drives the roller to rotate by pushing and pulling, constantly changing the cleaning surface of the mop to always maintain an efficient adsorption state. Meanwhile, the squeezing effect of the rollers can initially remove the stains on the mop, and in combination with the further cleaning of the dehydration bucket, it ensures that the mop remains clean continuously.

Cleaning efficiency and convenience: The double-roller design achieves efficient dehydration and cleaning through the dual effects of physical squeezing and centrifugal force. Users do not need to manually wring out the mop. They can complete the cleaning and dehydration process simply by pushing, pulling or pressing, which is both labor-saving and hygienic.