Industrial plate heat exchanger customized is a more recent problem encountered by our team of engineers, the reason more because of the booming industrial production, especially the rapid development of petrochemical and natural gas chemical industries. The next is customized, customized is certainly encountered some tricky problems, today to elaborate on, obviously can use the ordinary, why do you want to customize?

Industrial plate heat exchanger customization is mainly reflected in the special plate, special gaskets, special interface forms, special plate type, and so on, to name a few. We all know that once involved in chemical chemistry, the medium is bound to be corrosive, or viscous, and the operating conditions are either high temperature, or high pressure. In this case, the general raw materials are not quite enough. For example, sulfuric acid heating conditions, high temperature, corrosive, you have to use Hastelloy. Another example is brine evaporation conditions, there than to use titanium-palladium materials. These media are very common in industrial production. Speaking of the plate, and then talk about the sealing gasket. 

We gave a coal chemical company a specially customized formula, it took more than 30 days just for testing and verification, not to mention processing and production. In fact, this is called the right medicine for the right problem. For customized equipment, we set up a special laboratory to conduct comprehensive, scientific and rapid testing of media, raw materials, so that we can get the equipment that fully meets the working conditions.

For industrial plate heat exchanger customized, the reason why people are willing to spend so much time to find, the reason is that people pay more attention to, pay attention to safety, pay attention to science, pay attention to the effectiveness. Qingdao Reapter more than ten years of continuous in-depth research, and now can provide the corresponding raw materials for most of the media. Not only that, the experience accumulated for a long time will certainly help us more, for those more complex working conditions to put forward more perfect heat exchange solutions.