Mica paper hot drying machine adopting new energy source

Abstract

The invention relates to a mica paper hot drying machine adopting a new energy source. The mica paper hot drying machine comprises a machine frame. A rinsing bath is arranged on the machine frame. The bottom of one end of the rinsing bath is connected with a water inlet pipe. A feeding pipe is arranged above the rinsing bath in a matched mode. The side, close to the water inlet pipe, of the feeding pipe is provided with an oblique material lifting cylinder, and the bottom of the material lifting cylinder penetrates into the rinsing bath. A material lifting auger is arranged in the material lifting cylinder and connected with a material lifting motor. The upper portion of the material lifting cylinder is connected with a lifting device through a discharging pipe. According to the mica paper hot drying machine, the feeding pipe is arranged above the rinsing bath, the feeding end of the material lifting cylinder is obliquely put into the bottom of the rinsing bath, when raw materials in the feeding pipe enter the water, floating objects can be removed, the raw materials sink to the bottom of the rinsing bath, the raw materials in the rinsing bath can be continuously lifted away through the material lifting auger in the material lifting cylinder and conveyed into the lifting device through the discharging pipe, continuous rinsing and material lifting can be achieved, meanwhile, a good rinsing effect can be achieved only through water flow at a low flowing speed, and water resources are saved.

Description

Technical field [0001] The invention relates to the field of mica processing equipment, in particular to a mica paper thermal dryer using new energy. Background technique [0002] Due to its good heat resistance and insulation, mica is widely used in cable packaging. Most of the cable packaging is mica tape, which is cut from mica raw materials after pulping into paper. [0003] Since mica raw materials will be mixed with floating objects during the process of obtaining and transporting them, and some will have fine particles, the mica raw materials need to be removed before pulping. Most of the existing floating objects are washed with water. However, most of the existing water washing devices put the raw materials into the water washing cylinder, rinse the raw material pile through strong water washing, flush out the floating matter in the raw material pile, and then pour the washed raw materials out by lifting The device is upgraded to the receiving hopper of the pulping furnac...

AI Technical Summary

Problems solved by technology

[0003] Because the mica raw material will be mixed with floating matter during the process of acquisition and transportation, and some of them will also have fine particles, so the mica raw material needs to be cleaned of floating matter before pulping. Most of the existing floating matter is washed with water. However, most of the existing water washing devices put the raw materials into the washing drum, wash the raw material pile through strong water washing, wash out the floating matter in the raw material pile, and then pour out the washed raw materials. The device is lifted into the receiving hopper of the pulping furnace, and the existing water washing equipment is used for cleaning. The cleaning efficiency is low, a lot of water resources are wasted, and continuous cleaning of mica raw materials cannot be realized.

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