Our technical support team (not sales people) are readily available to discuss your application and needs.
When fluid at high temperatures meets air, oxidation begins. This is one of the most common ways fluids deteriorate, usually forming sludge inside the system. Petroleum-based fluids, for example, oxidize…
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Whatever the system’s design, size, or heat source, a few key steps during startup or shutdown can help extend fluid life and reduce the chances of thermal damage.
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Every hot oil used in extruders has a finite life. While the primary factor is the type of fluid, temperature levels and production speeds also play a role in how…
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Even small amounts of water—from leaks, contamination, or condensation—can cause major issues in your system.
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Systems that are overheated, started incorrectly, or improperly shut down may eventually need cleaning to restore performance.
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Struggling to find a thermal fluid that fits your needs? Finding a supplier willing to listen and tailor a solution can be just as challenging.
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Your pump plays a critical role in how your system operates. Here’s what to know before selecting one.
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Often underestimated, filters and strainers protect equipment, improve fluid performance, and keep debris out of your system.
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Ever wondered what those technical terms on our data sheets really mean and how they connect to heat transfer fluids?
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Could your heater’s watt density be cutting short your fluid’s service life? Learn what watt density means and how to ensure your system is within safe operating limits.
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