Band-bubble type heat-exchanger

Abstract

The invention relates to a heat exchanger with new type structure that has end plate, nipple, and core identity. And the end plate is set at the two sides of liquid channel. The core identity is formed by plural cool liquid channel and hot liquid channel. The liquid channel is formed by porous material of 3D solid reticular formation, and is sealed by guarantee strip. Catalyst coating layer is coated on the surface of the porous material liquid channel inner holes and make the exchanger has high heat efficiency.

Description

technical field [0001] The plate-bubble heat exchanger of the present invention relates to a heat exchanger capable of exchanging heat between at least two media, in particular to a new type of structural material as the material of the heat exchanger, which is suitable for various media and different operators. A new structure heat exchanger in which cold and hot fluid media do not contact each other under normal conditions. Background technique [0002] In order to solve the many shortcomings of traditional heat exchangers, especially the problem of low heat exchange efficiency, it is necessary to consider its structural design, that is, by designing different structures, increasing the heat transfer area, increasing the disturbance of fluid flow, and reducing the thickness of the heat exchanger. The bottom layer of laminar flow improves the convective heat transfer coefficient to improve the heat exchange efficiency of the heat exchanger. Based on the above consideration...

AI Technical Summary

Problems solved by technology

However, there are inevitably the following shortcomings: First, the use of rubber or similar materials for sealing gaskets makes the working temperature and working pressure lower, and the efficiency is lower; second, because of the characteristics of the structure, it is difficult Reinforcement, it is difficult to align the sealing grooves between the corner holes and the plates, which requires high manufacturing precision and is difficult to manufacture; third, when the temperature and pressure differences between the heat exchange media are large, it is easy to cause the gap between the plates Uneven deformation causes the device to fail; Fourth, due to the long sealing perimeter, the heat exchange medium is easy to leak during assembly and use, and the rubber pad is easy to age and damage

At present, in order to increase the operating temperature and working pressure, there are also all-welded structures for this type of heat exchanger, but because the overall one-time welding area is large, the welding quality of the inner channel is not easy to detect, repair and repair welding, so the yield rate is low. Economic investment is also relatively high

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