Cleaning wiping material for strengthening friction performance and manufacturing method of cleaning wiping material for strengthening friction performance

Abstract

The invention discloses a cleaning wiping material for strengthening friction performance and a manufacturing method of the cleaning wiping material for strengthening the friction performance. The cleaning wiping material is composed of two kinds of fiber material layers in different forms, and the two kinds of fiber material layers include a dirt receiving wiping cleaning layer and a frictional layer. Fibers of the frictional layer are distributed on the surface of the dirt receiving wiping cleaning layer in a net structure, and the net-shaped frictional layer and the dirt receiving wiping cleaning layer are fused together through hot-pressing combinations or gluing or hot melting state bonding. The average diameter of the fiber fineness of the dirt receiving wiping cleaning layer is smaller than 50 micrometers, and the fibers of the frictional layer are preferentially non-continuous fibers. The wiping efficiency of the cleaning wiping material is two times that of a traditional material, the good wiping effect is achieved on the wrinkled surfaces of the hands, the skin, man-made leather and the like, and the good cleaning effect is achieved for wiping stubborn dirt surfaces such as floor tiles, glass and paint faces.

Description

technical field [0001] The invention belongs to the field of novel fiber composite materials, and in particular relates to a cleaning wiping material with enhanced friction performance and a preparation method thereof. Background technique [0002] Cleaning and wiping materials are indispensable products in people's daily life and industrial production process. In the original meaning of wiping, there are two actions: wiping means grinding and wiping; wiping means sweeping, brushing, and absorbing dirt. In industrial production, wiping must not only have a good use effect, but also have a good efficiency. In this way, the labor intensity of the user can be reduced and the production efficiency can be improved. [0003] Currently widely used wiping materials have obvious deficiencies in cleaning wrinkled surfaces and stubborn stained surfaces, because cleaning and wiping of smooth surfaces requires good friction and good dirt-holding capacity. However, the existing wiping ...

AI Technical Summary

Problems solved by technology

[0004] The paper-based materials used in daily use do not have good wet strength when they encounter water or liquid, which is easy to dissolve and is not conducive to scrubbing

However, some woven microfiber wipes have high cost of use due to their long production process and high processing costs. At the same time, when cleaning smooth surfaces, due to lack of good friction, the cleaning efficiency and effect are not good.