The Brazed Heat Exchanger comprises of a series of corrugated and thin stainless steel plates. These plates have been pressed and brazed together using nickel or copper depending on their specific application. The heat exchanger is made with nickel or copper for blazing the heat to sustain high working pressure. This product comes with many advantages such as high thermal efficiency and less space in the heat exchanger means less weight as well. It has a high working temperature and high working pressure as well and being made of stainless steel means that it is resistant to corrosion.
Our Brazed Heat Exchanger also comes with broad pressure vessel code approval. This kind of heat exchanger makes use of metal plates for heat transfer between the fluids. The product offers major advantages over the conventional heat exchanger in the sense that fluids present are exposed to larger surface area as the fluid is evenly spread out over the blazed plates. Heat transfer is thus facilitated and the speed of temperature change is greatly increased. Nowadays, plate heat exchangers become very common and the brazed version of heat exchanger is commonly being used in hot water sections of combination boilers.
This product has a great efficiency in high heat transfer which increases domestic hot water flow rate of boiler combinations. The rather small brazed plate heat exchanger system is now a common item in hot water systems and domestic heating applications. There are also the larger commercial versions of the brazed plate heat exchanger that makes use of gaskets between plates. Whether you need a Brazed Heat Exchanger for home or industrial use, you will always get one with us. The product works under a simple concept where pipes are used for heating or cooling a fluid through heat transfer between the liquid and another one.
COPE brazed plate heat exchanger consists of a series of thin and corrugated stainless steel plates. These plates are pressed and brazed together with copper or nickel depending on the application. We use copper and nickel to braze the plate heat exchanger for the high working pressure.
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