Efficient and environment-friendly webbing production system

Abstract

The invention discloses an efficient and environment-friendly webbing production system, which comprises a yarn stand, a webbing loom, a dye groove, an oven, a first drafting device, a second drafting device and a plurality of intermediate rollers, wherein the upper layer of the oven is used for performing color development on webbing at a high temperature, and the lower layer of the oven is used for forming the webbing at an intermediate temperature; an upper group of rollers and a lower group of rollers are arranged inside the first drafting device, the upper group of rollers connected with a damping device is used for delivering the webbing to the upper layer of the oven for color development at the high temperature, and the lower group of rollers connected with an electric motor is used for drawing the webbing out of the oven; and an upper group of rollers and a lower group of rollers are also arranged inside the second drafting device, the upper group of rollers connected with the electric motor is used for pushing the webbing into the upper layer of the oven for color development at the high temperature, and the lower group of rollers is used for delivering the webbing into the lower layer of the oven for forming at the intermediate temperature. The system has a compact structure, simple production process and high automation and production efficiency. Moreover, by the system, a washing process can be eliminated, the tensile strength of the webbing is increased, and good environment-friendly effect is achieved.

Description

Technical field: [0001] The invention relates to a ribbon production system integrating ribbon weaving, dyeing, color development and shaping. Background technique: [0002] Ribbons are widely used in people's daily life, such as car tie-downs that require the use of a large amount of ribbons. The traditional webbing production system has a low degree of automation and requires a large number of workers; secondly, the dyed webbing needs to go through a washing process after it is dyed, which produces a large amount of industrial wastewater and puts great pressure on environmental protection; moreover, the traditional webbing The webbing produced by the production system has the problems of heavy weight, high production cost, and low tensile strength; in addition, the traditional webbing production system has too many processes, which not only has low efficiency, but also high energy consumption. Invention content: [0003] The object of the present invention is to provide...

AI Technical Summary

Problems solved by technology

The traditional webbing production system has a low degree of automation and requires a large number of workers; secondly, the dyed webbing needs to go through a washing process after it is dyed, which produces a large amount of industrial wastewater and puts great pressure on environmental protection; moreover, the traditional webbing The webbing produced by the production system has the problems of heavy weight, high production cost, and low tensile strength; in addition, the traditional webbing production system has too many processes, not only low efficiency, but also high energy consumption

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