Novel composite chemical heat-conducting medium and production device

Abstract

The invention discloses a novel composite chemical heat-conducting medium and a production device. The novel composite chemical heat-conducting medium comprises a reaction kettle, a power assembly, an intermittent dispersion feeding device, a point contact type sliding erosion dissolving device and a lantern type segmentation permeation centrifugal stirring mechanism. The invention belongs to the field of heat conduction, and particularly relates to a novel composite chemical heat-conducting medium and a production device. The equipotential principle (feeding from multiple directions and dispersing and corroding solid components), the self-service principle (providing power for feeding and corroding at the same time), the segmentation principle (segmenting and stirring the whole large volume of a mixed solution through a lantern type segmentation permeation multidirectional stirring piece) and the erosion effect are combined and applied to the technical field of heat conduction systems. According to the heat-conducting medium dissolving and mixing device, dissolving of fixed components is accelerated, meanwhile, a traditional single-direction stirring and mixing mode is changed, mixed liquid is stirred from multiple directions, the dissolving and mixing efficiency is improved, and then the production efficiency of the heat-conducting medium is improved.

Description

technical field [0001] The invention belongs to the technical field of heat conduction, and specifically refers to a novel composite chemical heat conduction medium and a production device. Background technique [0002] Water is commonly used as a medium in traditional heating systems, but the freezing point of water is high, and it starts to freeze and expand when it is below 0°C. In the north and other winter areas below 0°C, it cannot be used normally. The boiling point of the heat exchanger will also have a great impact on the high temperature resistance of the entire heat exchange system, while the boiling point of water and many heat transfer media on the market is only 90-100°C, which is volatile and requires frequent replenishment of water. The heat collector, circulation pipeline, water pump and water tank in the heat conduction system are composed of steel, cast iron, brass, copper, aluminum and stainless steel. Due to the different potentials of the electrodes of ...

AI Technical Summary

Problems solved by technology

[0004] In view of the above situation, in order to overcome the defects of the prior art, the present invention provides a new type of composite chemical heat transfer medium and production equipment, which effectively solves the problem of low boiling point of water and existing heat transfer media in the market, which causes heat transfer system failure during the heat transfer process. Corrosion, a problem that brings safety hazards to consumers’ health, and by using centrifugal force as the driving force, the equipotential principle (feeding from multiple directions, dispersing and eroding the solid components), self-service principle (feeding materials at the same time Powered by erosion), the principle of segmentation (the entire large volume of the mixed solution is divided and stirred through the lantern-type segmentation and permeation of the multi-directional stirring piece) and the erosion effect is applied to the technical field of heat conduction systems, while accelerating the dissolution of fixed components, changing The traditional single-direction stirring and mixing method stirs the mixed liquid from multiple directions to improve the efficiency of dissolution and mixing, thereby improving the production efficiency of the heat transfer medium

Images