High-efficiency oil-removing washing machine

Abstract

The invention discloses a high-efficiency oil-removing washing machine. The high-efficiency oil-removing washing machine includes a washing machine box, washing grooves are formed in the washing machine box, detachable water grooves are mounted on the portions, above cloth rollers, of the interiors of the washing grooves through brackets, and the detachable water grooves are convenient to mount and clean; cloth guide rolls are mounted on the portions, above the detachable water grooves, of the interior of the washing machine box, and spray devices are mounted on the portions, above the cloth guide rollers, of the interior of the washing machine box; after entering the washing machine box, fabric firstly is subjected to spray washing through the spray devices and then passes through gaps between the washing grooves and the detachable water grooves, the fabric is washed by means of water flow and the cloth rollers, the washing process is long, and effects are good; filter screen devicesare mounted at openings in the tops of the detachable water grooves, after being filtered by the filter screen devices, and circulating water is input into an oil-removing filter to carry out secondary oil removing and then is input into the washing grooves to be used for washing. By the adoption of the high-efficiency oil-removing washing machine, the problems of sticking and cleaning in an oil-removing washing technology are solved, energy consumption is reduced, water resources are saved, the automation degree of the washing technology is improved, operation processes are simplified, and labor costs are reduced.

Description

Technical field: [0001] The invention relates to a high-efficiency degreasing washing machine. Background technique: [0002] In the printing and dyeing industry, before the dyeing process of the knitted fabric greige, the grease, wool and impurities of the knitted fabric must be removed by a degreasing washing machine or other equipment before entering the next dyeing process. There are generally two methods for the existing degreasing and washing machine equipment to deal with oil stains, cloth wool and impurities: one is to add degreaser to the dyeing vat and soak and wash in high temperature water, which wastes water resources and increases process time; One is to wash with long-line oil pumping and washing machine. The disadvantage is that the long-line oil pumping and washing machine occupies a large space and requires two people to operate, which increases labor costs. At the same time, each washing box needs to be equipped with additional circulating pumps and motors...

AI Technical Summary

Problems solved by technology

There are generally two methods for the existing degreasing and washing machine equipment to deal with oil stains, cloth wool and impurities: one is to add degreaser to the dyeing vat and soak and wash in high temperature water, which wastes water resources and increases process time; One is to wash with long-line oil pumping and washing machine. The disadvantage is that the long-line oil pumping and washing machine occupies a large space and requires two people to operate, which increases labor costs. At the same time, each washing box needs to be equipped with additional circulating pumps and motors. And other supporting equipment, increase the input cost

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