Squeeze type hand-free mop dehydration method

The dehydration method of the squeeze type hand-free mop is mainly based on the physical squeezing principle, as follows:

Folding and squeezing design: The water squeezing device of a mop usually adopts a folding and squeezing structure, achieving efficient dehydration by utilizing the lever principle. When the user operates the mop stick, the mop head will be folded and squeezed, and the moisture will be squeezed out of the mop cloth through the mechanical structure. This design can significantly reduce the direct contact of hands with sewage and improve the hygiene of the cleaning process.

Application of the lever principle: During the squeezing process, the user can apply a small force through the mop lever, and a large squeezing force can be generated through the amplification effect of the lever. This design not only saves effort but also ensures that the water in the mop is fully squeezed out, achieving an ideal dehydration effect.

Dehydration effect and durability: Some high-end models of extrusion devices are made of high-quality materials such as stainless steel bearings and TPR soft rubber. After optimized design, they can still maintain smoothness and durability even after more than 500 extrusion operations. This design ensures that the dehydration effect of the mop will not significantly decline during long-term use.