A kind of manufacturing method of textile roller

Abstract

The invention provides a manufacturing method for a spinning roller. The method comprises the following steps: arranging a plurality of grooves on a roller cylinder; winding a rubber tape spirally on the roller cylinder to make an elastic cylinder; the rubber tape being provided with fastening portions corresponding to the grooves in a one-to-one manner; according to width of the roller cylinder, cutting a glass fiber plain cloth, to make a glass fiber woven belt, soaking the glass fiber woven belt in epoxy resin to make a glass fiber prepreg belt, winding the glass fiber prepreg belt on the elastic cylinder, and then arranging the elastic cylinder on a horizontal supporting shaft, using a clamp whose two cross sections are semicircular to clamp, and then performing hot-press, cooling to room temperature, and installing a roller rotating shaft, to obtain a spinning roller finished product. In the spinning roller, an elastic layer and the roller body are firmly connected, and the elastic layer and the roller body would not separate in a production process to influence condition of the whole production process. The spinning roller is light in weight, and low in energy consumption, and is very suitable for long-term use.

Description

technical field [0001] The invention belongs to the field of textile machinery. More specifically, the present invention relates to a manufacturing method of a textile roller. Background technique [0002] The textile roller is a roller-shaped rotating part installed above the driving shaft in the textile machine. Its function is to draw the fiber through rolling friction to facilitate the textile. However, during work, due to the static electricity generated by the contact and friction between the roller and the fiber, part of the fiber will be adsorbed on the circumferential surface of the roller, which reduces the drafting efficiency of the fiber, so that it needs to be manually removed continuously, and the work operation is more troublesome, which in turn causes damage to the producer. difficult. As for the traditional textile roller pig iron and steel casting cylinder, the damage to the fiber is greater, and a large amount of short fibers will be generated during the...

AI Technical Summary

Problems solved by technology

However, during work, due to the static electricity generated by the contact and friction between the roller and the fiber, some fibers will be adsorbed on the circumferential surface of the roller, which reduces the drafting efficiency of the fiber, so that it needs to be manually removed continuously, and the work operation is more troublesome, which in turn causes damage to the producer. Difficulty

As for the traditional textile roller cast iron and steel casting cylinder, the damage to the fiber is greater, and a large amount of short fibers will be generated during the operation, and the shell is made of pig iron or steel, which has heavy weight, high energy consumption and long service life. Short, high maintenance cost, long downtime