Take a tour of the Senovis brazed plate heat exchanger warehouse. Discover our large BPHE inventory, ready stock products, fast worldwide delivery, and factory direct supply for HVAC and industrial applications.
Proper bolt tightening is one of the most important steps in preventing plate heat exchanger leaks. Tightening the bolts in the correct crisscross sequence, working in multiple stages, and verifying the compressed dimension with a caliper ensures even gasket compression and protects the plates from unnecessary stress. This guide explains the correct tightening procedure, highlights common maintenance mistakes, and shares practical tips to help improve sealing performance and extend the service life of your plate heat exchanger.
How to Tighten Plate Heat Exchanger Bolts Without Causing Leaks Read More »
Learn why a smaller temperature difference dramatically increases the required heat transfer area in a plate heat exchanger. Discover the engineering challenges, design solutions, and sizing principles for low-temperature-approach applications.
Why Small Temperature Differences Make Plate Heat Exchanger Design More Difficult Read More »
Learn what causes water hammer in a plate heat exchanger, how it damages plates and gaskets, and practical ways to prevent costly failures. Watch our full video and explore gasketed and brazed plate heat exchanger solutions.
Plate Heat Exchanger Water Hammer: Causes, Damage & Prevention Guide Read More »
Discover why one parallel plate heat exchanger runs hot while another stays cold. Learn how uneven flow distribution accelerates scaling problems, increases pressure drop, and worsens equipment wear.
Why does one plate heat exchanger run hot while another stays cold? Read More »
Plate heat exchangers are highly efficient heat transfer devices widely used for HVAC systems, refrigeration, food processing, chemical industries, and energy recovery applications. Many people ask what does a plate heat exchanger do — its main function is to transfer heat between two fluids through thin corrugated metal plates without mixing them together. A typical unit consists of heat transfer plates, gaskets, frames, and flow connections designed to maximize thermal efficiency in a compact structure. Common types include gasketed, welded, and brazed units. So, what is a brazed plate heat exchanger? It is a compact gasket-free design commonly used in boilers, chillers, and heat pump systems. The advantages of plate heat exchangers include high efficiency, space-saving design, easy maintenance, and lower energy consumption compared with traditional shell and tube systems.
Explore API heat exchanger parts catalog with plates, gaskets, and BPHE models including Sigma M3, M6, M10, and M20 for industrial applications.
API Heat Exchanger Parts Catalog: Plates, Gaskets & BPHE Models Guide Read More »
