Collodion cotton material for mop and manufacturing method and mop with collodion cotton material

Abstract

The invention discloses a PVA collodion cotton material for a mop. The PVA collodion cotton material comprises PVA collodion cotton, and the PVA collodion cotton is also filled with flexible filler with the porous structure; a flexible framework is a PU sponge framework, or the flexible filler is flocculent flexible filler, and the PVA collodion cotton is filled with the flocculent flexible filler. The manufacturing method is characterized by including the steps that PVA collodion cotton slurry is modulated, the flexible framework with the porous structure is prepared, the modulated PVA collodion cotton slurry is injected into the flexible framework, and the porous structure of the flexible framework is filled, and the PVA collodion cotton slurry can be foamed completely; or the flocculent flexible filler is put into the modulated PVA collodion cotton slurry and mixed, and the PVA collodion cotton slurry can be foamed completely. According to the PVA collodion cotton material for the mop, the PVA collodion cotton is used in cooperation with the flexible filler, labor is better saved during wringing, the original shape of the PVA collodion cotton material can be kept to a large degree after the PVA collodion cotton material is hardened, and resistance during floor mopping is reduced.

Description

technical field [0001] The invention relates to a PVA collodion material for a mop. Background technique [0002] Such as figure 1 As shown, when the collodion mop is in use, the collodion head B is squeezed through the lever-type pull wire structure A, and manual squeezing and cleaning are not required, so it is greatly welcomed. When squeezing water, the collodion head B needs to be folded and compressed. The mop head of the existing collodion mop is a piece of collodion, which also has the following disadvantages: 1. Because the density of the collodion is relatively high, its compressible space is small, so it is very laborious to squeeze water, and it needs to be squeezed in the mop. The cable mechanism with complicated structure is designed on the top, which also indirectly increases the weight of the mop. 2. The collodion head B is very hard after drying. When mopping the floor, the collodion head needs to be soaked in water to soften it again. This process takes a...

AI Technical Summary

Problems solved by technology

The mop head of the existing collodion mop is a piece of collodion, which also has the following disadvantages: 1. Because the density of the collodion is relatively high, its compressible space is small, so it is very laborious to squeeze water, and it needs to be squeezed in the mop. The cable mechanism with complex structure is designed on the top, which indirectly increases the weight of the mop

2. The collodion head B is very hard after drying. When mopping the floor, the collodion head needs to be soaked in water to soften it again. This process takes a long time

3. As mentioned above, the collodion head B is very hard after drying, and it is easily deformed after drying. After deformation, the firm collodion head will damage the cable structure used for squeezing water.

4. Collodion head B is airtight when in contact with the ground when mopping the floor, so the resistance is very large when mopping the floor, and it is very laborious to mop the floor

5. The dirt and water absorption capacity of the existing collodion head B needs to be strengthened

Images