S-JE offers a complete range of accessories designed to complement and enhance the performance of our heat exchange and process systems. Each component—from gaskets and seals to connectors and fittings—is precision-engineered for durability, easy installation, and reliable long-term operation.
Fin-tube heat exchangers are used to cool or heat the air delivered to a room. During cooling, the chilled water flowing through the tubes absorbs heat from the air; during heating, the hot water or steam flowing through the tubes releases heat to the air. This is the most common and widespread application of fin-tube heat exchangers.
Used for cooling exhaust steam from steam turbines in thermal and nuclear power plants. Compared to traditional water cooling, it can save significant amounts of water and is particularly suitable for water-scarce regions.
It is the core of the engine cooling system. In turbocharged engines, it cools the high-temperature compressed intake air, increasing its density and improving engine efficiency.
Heat is recovered from exhaust gases from boilers, kilns, drying equipment, and other sources to preheat air, water, or other process media, achieving energy savings and reducing consumption.
Brazed units are compact and permanently sealed, ideal for high-pressure, clean applications. Gasketed units allow disassembly, making them easier to maintain and suitable for larger, variable systems.
Signs include reduced heat transfer efficiency, increased pressure drop, visible leaks, or cross-contamination between fluids. Regular inspection helps prevent performance issues.
They are widely used in HVAC, food and beverage processing, chemical plants, power generation, marine systems, and refrigeration.
You can clean it by disassembling and manually brushing the plates, or through CIP (Clean-In-Place) systems using chemical solutions to remove fouling without dismantling the unit.
Common materials include stainless steel (304, 316L), titanium, nickel alloys, and sometimes carbon steel—chosen based on the fluid’s corrosion properties and operating temperature.
They provide excellent heat transfer performance, compact size, easy cleaning, low fouling tendency, and flexible capacity through plate addition or removal.
It works by allowing hot and cold fluids to flow in alternate channels separated by metal plates. Heat transfers through the plates without the fluids mixing, achieving efficient temperature exchange.
A plate heat exchanger is a device that transfers heat between two fluids through thin, corrugated metal plates. It offers high efficiency, compact design, and easy maintenance compared to traditional shell-and-tube exchangers.
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