Energy-saving dryer for textile cloth

Abstract

The invention discloses an energy-saving dryer for textile cloth. The energy-saving dryer comprises a drying case, supporting legs are installed at the bottom end of the drying case, and the two sides of the drying case are provided with a cloth inlet and a cloth outlet respectively; five rollers are installed inside the drying case, three rollers are upstream arranged, and two rollers are downstream arranged; and the drying case is connected with a heater through a pipe, the heater is arranged inside a heating case, the heater is connected with an air blower through a pipe, the air blower is connected with three spray heads through pipes, the spray heads are located inside the drying case, a control case is installed at one side of the drying case, and the control case is connected with a power supply plug through a wire. According to the energy-saving dryer for the textile cloth, the spray heads are arranged above and below the textile cloth respectively, the front face and back face of the textile cloth can be air-dried, high-temperature air flow can be sprayed out of nozzles through the spray heads to be directly sprayed onto the textile cloth on the side faces of the nozzles, and moisture on the textile cloth is taken away through the high-temperature air flow.

Description

technical field [0001] The invention relates to the technical field of textile equipment, in particular to an energy-saving dryer for textile cloth. Background technique [0002] At present, the main function of the dryer used in the textile production process is to dry the textile cloth. In the drying process, the existing dryer needs to consume relatively high energy during use. Increased production costs, such as a new type of energy-saving textile cloth drying device disclosed in the patent application number CN201521003050.1, can only directly blow air on one side of the cloth, and the drying efficiency is low. In addition, high-temperature waste gas will be generated during the use of textile fabric dryers, and direct discharge of high-temperature waste gas will cause a great waste of resources. In order to save energy and reduce costs, some companies think of recycling heat energy. The heat energy is recovered, and then the new gas is preheated with the water that ha...

AI Technical Summary

Problems solved by technology

[0002] At present, the main function of the dryer used in the textile production process is to dry the textile cloth. In the drying process, the existing dryer needs to consume relatively high energy during use. Increased production costs, such as a new type of energy-saving textile cloth drying device disclosed in the patent application number CN201521003050.1, can only directly blow air on one side of the cloth, and the drying efficiency is low

In addition, high-temperature waste gas will be generated during the use of textile fabric dryers, and direct discharge of high-temperature waste gas will cause a great waste of resources. In order to save energy and reduce costs, some companies think of recycling heat energy. The heat energy is recovered, and then the new gas is preheated with the water that has absorbed the heat energy to achieve the purpose of heat energy recovery, but the water absorbs the heat energy in the waste gas efficiently, and the new gas absorbs heat energy in the water. The efficiency is also low. It will still cause great waste, and the existing drying method only uses hot air to dry, which is inefficient

Images