Our technical support team (not sales people) are readily available to learn more about your needs and application.
Oxidation occurs when a fluid comes in contact with air at elevated temperatures and is one of the most common ways a fluid suffers from degradation, usually resulting in sludge…
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Regardless of system design, size or heat source, there are a few basic procedures that should be followed when starting up or shutting down your heat transfer system. Following these…
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All hot oils (heat transfer fluids) have a limit to the time they can be utilized in an extruder. The key factor affecting service life is mainly the type of…
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Whether it comes from a leaky heat exchanger, accidental contamination or even simple condensation, a few ounces of water is enough to cause you lots of pain.
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If a system is improperly started or shut down or allowed to overheat it may require some degree of cleaning.
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Having a hard time finding the right thermal fluid for your application? Having an even harder time finding a company willing to listen and invest the time to help?
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Your pump has a huge influence over your heat transfer system. So what do you need to know when choosing one?
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Often overlooked, strainers and filters keep harmful debris out of your system, protect sensitive equipment and even improve the performance of your heat transfer fluid.
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Ever wonder what all those terms on our data sheets mean and how they relate to heat transfer fluids?
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Is your electric heater's watt density causing your system more harm than good? Watt density can have a serious impact on the life of your fluid, so it’s important to…
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