Heat transfer fluid based on paraffinic base stock
Designed for liquid phase heat transfer applications, this product is a low viscosity heat transfer fluid that exhibits exceptional seal compatibility. It can be utilized in non-pressurized or indirect systems and boasts superior thermal and oxidation stability, ensuring prolonged service life and a heat exchanger system that remains free of impurities.
MORE INFORMATIONSafety Data Sheet Technical Data Sheet
The ideal maximum temperature limit for this heat transfer fluid, in terms of bulk temperature, is 250°C. This limit should be adhered to for safe and efficient operation of the heat transfer system.
It is best suited for closed heat transfer systems. Closed systems are typically sealed and operate with minimal exposure to the external environment. This heat transfer fluid's compatibility and performance are optimized for these types of systems.
This product is highly recommended for heat transfer systems that utilize fuel oil, gas, or electricity as heat sources. It is particularly well-suited for these systems and is designed to facilitate efficient heat transfer in such applications.
It boasts superior thermal and oxidation stability. These properties are essential for maintaining the fluid's effectiveness over an extended service life. They help prevent the degradation of the fluid, ensuring that it continues to function optimally.
This heat transfer fluid is suitable for use in non-pressurized or indirect systems. It can effectively transfer heat without the need for high pressure, making it versatile and applicable in various setups.
One of its outstanding features is its exceptional seal compatibility. This means it is less likely to degrade or damage seals within the system, contributing to its longevity and effectiveness in maintaining a leak-free heat transfer system.
This heat transfer fluid is characterized by its low viscosity, which plays a key role in its effectiveness in heat transfer systems.
This product is specifically designed for liquid phase heat transfer applications.
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