Brazed plate heat exchangers are constructed by pressing numerous corrugated plates made of stainless steel and adding front and rear outer covers. The plates are separated by ultra-pure thin copper sheets or nickel sheets and joined together through brazing in a vacuum high-temperature furnace. Depending on the customer's specific usage needs, each corrugated plate is paired with different combinations of high, medium, and low flow rate heat transfer plates to achieve optimal heat transfer efficiency. This equipment does not require any gaskets or outer frames, resulting in a compact plate heat exchanger that can withstand continuous exposure to high temperatures and pressures.
Brazed plate heat exchangers utilize uniquely-designed, corrugated brazed plates to enhance heat transfer efficiency and minimize the risk of contamination. The machine is comprised of multiple corrugated channel plates that are fused together to form a highly intricate brazed heat exchanger channel, facilitating the transfer of hot and cold media. The hot and cold media are closely separated on either side of the corrugated plate to prevent mixing, and as they flow in close proximity, heat is transferred between the two mediums.
