*Note: No need to account for your start-up temperature - all fluids are engineered to circulate at typical ambient temperatures.
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Let's face it: choosing a heat transfer fluid can be difficult decision. What makes one better than the other? Why do some last longer? How do I know which one is best for my application?
The truth is, heat transfer fluids are a lot alike. If specified properly they all transfer heat efficiently - ours just tend to last longer. We could give you all the technical jargon in the world to help explain why, but the point is we've engineered some great thermal fluid technology and we're proud of it. Our customers seem to like it too.
Here's what you really need to know: No matter what the application is, we have a fluid for it. And no matter how confusing the choices may seem, we're standing by, ready to put it all into plain English for you.
Heat transfer fluids are all we ever think about. Why not drop us a line and let us know how we can help?
You may have noticed a lot of terminology for heat transfer fluids such as heat transfer oil, thermal fluid, hot oil or even thermal oil. While all of these are technically heat transfer fluids, not all heat transfer fluids are considered to be heat transfer oils nor are all thermal fluids considered heat transfer oils. And it doesn’t stop there: while thermal oils can also be considered heat transfer oils, thermal fluids aren’t often thought of as hot oils.
Confused? We thought you might be. The point is all these terms are often used interchangeably, depending on where you are in the world or what industry you're in. The bottom line is all these terms describe the same thing: a fluid that transfers heat.