The finned tube heat exchanger​ is one of the most important heat transfer devices in heating systems it is also widely used in power air conditioning, chemical, and other industries. The finned tube can extend the heat dissipation area and promote the flow rate to enhance the heat transfer performance and improve the heat transfer efficiency.

The displacement heat exchanger is mainly composed of a controller motor, temperature control device, thermometer, pressure gauge, pressure pump, container, tank, safety control device, shell, piping, etc. It can realize the heat exchange between hot fluid and cold fluid and is a more common heat ex

With the popularity of heat exchangers, more and more people are coming into contact with this chemical original. However, at present, we can also see the shadow of heat exchangers everywhere in our lives. Here we will briefly introduce a heat exchanger - finned tube heat exchanger.

The displacement heat exchanger is the use of cold and hot fluids alternately flow through the heat storage chamber in the heat storage body (packing) surface so that the heat exchange heat exchanger, the inter-wall displacement heat exchanger cold and hot fluids are separated by a solid inter-wall,

With the wide application of heat exchange, the use of heat exchange in our life is everywhere. In some special cases, when the workers who install the heat exchanger can't come to us, can we install it ourselves? Below we will introduce the installation process of the brazed plate heat exchanger. Hopefully, this will give you some insight into this type of heat exchanger.

The replacement heat exchanger is designed to increase the heat transfer performance by increasing the flow of hot medium and heated water and changing the laminar heat transfer to turbulent heat transfer. The heat exchange part is completely separated from the heat storage part to achieve the purpo

Vacuum brazing technology was applied late in China and has made great progress in the use and development of vacuum brazing technology since the seventies. With the development of modern aviation, aerospace, and electronics industries, as well as the continuous emergence and application of many new

The brazed plate heat exchanger​ was first used in refrigeration units in the 1970s. Compared with the traditional shell and tube heat exchanger, it has very obvious development advantages, and many developed countries are competing to participate in the research and development. After decades of development, brazed plate heat exchangers are mainly used in air conditioning and refrigeration, heating and heating, chemical industry, metallurgy, machinery, electric power, paper making, textile, food, waste heat recovery, and other industries, among which the most widely used in air conditioning and refrigeration, heating, and heating industry.

The brazed plate heat exchanger is one of the high-efficiency and energy-saving heat exchange equipment for heating and cooling, which has been widely used in metallurgy, petroleum, chemical industry, machinery, electric power, medicine, food, textile, paper making, shipping, and other industrial fields. Its wide application is still mainly due to its more performance characteristics and advantages.

In the design and construction process of the air conditioning industry, it is popular to say that "three parts of the product and seven parts of the installation", which shows the importance of the installation for the project. Even as a spare part of the brazed plate heat exchanger, its installation for the performance of the machine is not to be underestimated, any improper operation of the installation process may reduce the heat transfer efficiency and service life of the brazed plate heat exchanger, which in turn brings immeasurable risks to the whole machine customers in terms of cost, maintenance, and terminal experience.