Why is a plate heat exchanger recommended for HVAC projects? It's because the benefits of plate heat exchangers are suitable for HVAC projects, so just what features are suitable?

First and foremost among them is the high efficiency of the heat exchanger, high heat transfer coefficient, which is incomparable to other heat exchangers, the media in the formation of the plate above the Turbulent flow, high heat transfer coefficient, more than three times that of the traditional shell-and-tube type. For HVAC projects, of course, you want a higher heat transfer efficiency.

Next is the end temperature difference. Plate heat exchanger using pure countercurrent or parallel flow, making the average logarithmic temperature difference, medium parallel to the plate surface, the end temperature difference is small. It is capable of reaching 1°C heat transfer.

The third is compact structure, does not occupy space. Many use scenarios for the use of the area has this great restriction, the traditional heat exchanger volume occupies a large place, will naturally be eliminated. HVAC engineering, inch of land, but also the area has strict requirements.

The fourth is the process and the heat exchanger area can be changed. At the beginning of the design can be located in a single process, double process, multi-process, which is designed for different working conditions; some times the area is not enough! use, or the area is too large, can also be controlled by increasing or decreasing the number of plates, which of course is rare, but shows that it is Flexibility.

The fifth is that it is light in weight and easy to dismantle and clean. The plate heat exchanger has a simple structure and can be easily transported and disassembled for use in HVAC projects; it can also be cleaned after a long time. This will extend the life of the product.

The sixth is cost-effective, because the materials used to become less expensive, the price is reduced accordingly. For the HVAC to achieve a high degree of unity of economy and high heat transfer efficiency.

In short, all these reasons make it the most commonly used heat exchanger for HVAC projects.