Have a tight testing schedule and can't afford downtime? Need to store irreplaceable biological material at subzero temperatures? It has to be Super.
We've been building coils for ULT and cryogenic systems for decades, and we bring that experience and understanding to every coil we make.
This bare tube evaporator was designed for vaccine storage at temperatures around -40F. It was constructed of copper and features no fins to mitigate frost and other types of fouling.
This coil was designed for the pharmaceutical industry. It is constructed of stainless steel headers and tubes with aluminum fins.
This 10" x 14" 4-row condenser coil was designed to cool the superconductive magnets used in magnetic resonance imaging (MRI) machines. It was built using corrugated aluminum fins spaced at 12 fins per inch and 0.375" OD copper tubing.
This 9 x 88 2-row evaporator was designed for a cryogenic therapy application where it cools cryotherapy chambers to temperatures as low as -140F. It also features a special mesh screen and cover box.
With low-temp applications, the equipment simply has to work. SRC is a partner with with more than 50 years of experience designing and manufacturing ULT and cryogenic equipment. We know the technical details to ensure our products meet your requirement. We also have the manufacturing experience to produce your equipment on-time and on-budget.
Our Wind Tunnel Test Lab and Tube-side Heat Transfer Lab are how we validate performance data in our coil selection software, Enterprise.
Together, they work to provide you with a complete picture of the performance you can expect from your coil, both on the air side and fluid side.
Because performance miscalculations aren't an option.
Our ULT and cryogenic coil designs are supported by internal and external software programs, which are informed by data from our wind tunnel test lab and our tube side refrigerant lab. Our coil ratings give the whole picture of the performance you can expect from your coil.
We know the consequences of downtime. We make sure all products are tested with pneumatic dry nitrogen and/or supplemented with helium leak detection (1 x 10^-6).
Material selection is critical when dealing with ULT and cryogenic temperatures. We're materials experts, with the experience to know what materials work best for your application's temperatures.
Need someone who understands your language? Simply answer a few questions and we’ll get our engineers on it.
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