A BPHE Plate Heat Exchanger, which is commonly referred to as a BPHE system, offers the ultimate in thermal efficiency and reliability for the most demanding applications. The BPHE plate system has been designed to fit most modern day heating and cooling systems and is an attractive alternative to the traditional metal plate systems. A BPHE system can be used in any commercial, industrial or domestic setting and has been proven to provide superior performance for many applications. The BPHE unit consists of a plate assembly, an external cooling fan and the compressor. The unique design of the BPHE plate assembly results in exceptional thermal efficiency, increased reliability, reduced operating costs and increased energy efficiency. A BPHE system is designed to offer outstanding performance and reliability for any number of applications. The BPHE consists of a series of specially designed, corrugated polymeric metal plates stacked on top of one another in a stack formation...
Material description of main components of plate heat exchanger and possible causes of insufficient heating
From the development history of plate heat exchangers, we can easily see that the ultimate goal of each improvement is to improve the heat exchange efficiency between the media. In the early stage of the development of plate heat exchangers, due to the limitation of technical level, the development of plate heat exchangers is mainly structure and plate type, which is calculated and analyzed through thermal experiments. After entering the modern era, plate heat exchangers company pay much attention on the development of plate heat exchangers which focuses on the selection of component materials and optimization of structural details. heat exchanger Plate material of plate heat exchanger and main application conditions: 1. Stainless steel plate, mainly used in the premise of clear water, river water, edible oil, minerals, etc .; 2. Titanium and titanium-palladium plates are mainly used in the premise of dilute sulfuric acid and inorganic aqueous solutions; 3. Nicke...