作者姓名:sales@pheheat.com

Alvan is a seasoned thermal energy expert and manufacturer at Senovis (Beijing) Technology Co., Ltd. With over 5 years of experience in the Plate Heat Exchanger (PHE) industry, she specializes in technical optimization and custom thermal solutions for PHE, BPHE, and specialized gaskets. Driven by a commitment to industrial efficiency, she provides global clients with professional troubleshooting and high-performance heat exchange components.

Low Flow in a Plate Heat Exchanger: Causes and Troubleshooting Steps

Low flow in a plate heat exchanger can significantly reduce heat transfer efficiency, increase temperature instability, and prevent the equipment from reaching its designed capacity. The most common causes include blocked piping, partially closed valves, and circulation pump failure. This guide explains how to identify the source of insufficient flow and restore normal heat exchanger performance.

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Brazed Plate Heat Exchangers: Working Principle, Applications, and Selection

Brazed plate heat exchangers are compact heat-transfer devices widely used in HVAC, refrigeration, heat pumps, hydraulic cooling, industrial equipment, and liquid cooling systems. This article explains how BPHEs work, how their plates are manufactured and brazed, their main applications, and the key data required for correct selection.

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How Air Filtration and Plate Heat Exchangers Improve Commercial HVAC Efficiency

Commercial HVAC efficiency depends on more than heating and cooling equipment. Air filtration protects the air side of the system, while plate heat exchangers provide efficient heat transfer between water, glycol, and refrigerant circuits. This article explains how the two technologies support reliable building operation.

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The Role of Plate Heat Exchangers in Modern Food Processing Lines

Plate heat exchangers play an essential role in modern food processing by providing precise heating, cooling, and heat recovery throughout the production line. This article explains how gasketed plate heat exchangers support hygienic food-contact processes through efficient heat transfer, easy cleaning, flexible capacity, and convenient maintenance, while brazed plate heat exchangers serve refrigeration, HVAC, compressor cooling, and other utility systems. It also examines the importance of temperature control for product texture, flavor, microbial safety, shelf life, and production efficiency. By selecting the appropriate heat exchanger according to product viscosity, operating temperature, pressure, cleaning requirements, and production capacity, food manufacturers can improve product quality, reduce energy consumption, lower operating costs, and build more reliable and sustainable processing lines.

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