The good news is that the average heat transfer oil user need not be an expert when it comes to choosing the best method of oil maintenance for their particular application. There are several simple maintenance recommendations for maintaining heat transfer fluid.
Consider the following maintenance considerations for your particular application:
- Rotate filters, air
Most heat transfer oil users want to know how to increase the service life of heat transfer oil. Basically, there are a lot of uses for heat transfer oils. But it’s nearly impossible for any heat transfer fluid manufacturer to tell the exact maintenance schedule and oil change intervals. HFOs have many special properties such as excellent corrosion resistance, excellent stability and corrosion inhibition, non-volatile nature, high viscosity, stability, excellent thermal and UV resistance, etc. HFOs have different properties when compared to RMA grade oils. The property of heat transfer oil that has to be considered in this case study is thermal stability. Thermal stability is one of the key criteria for the application of heat transfer oil. Thermal stability is important because of the following
Each application has its unique properties. And it can contribute to heat transfer liquid degradation. Besides this, every heat transfer oil reacts differently to various user environments.
How to increase heat transfer fluid lifetime?
The most common method of treating the waste heat is to send it to equipment that is able to use it. You can use it to generate power, heat or cold. You can use it to heat the water in a district heating system or to cool the water in a district cooling system. You can also use it to generate heat where the heat doesn’t have to
If you use a mineral type of heat transfer oil, you should replace it within 6-8 years. You should change semi-synthetic oil for 8-10 years and synthetic lubricant for 20-15 years. Let’s learn how to increase the heat transfer fluid lifetime.