Maxothermie - 660

Maxothermie®-660 is a premium synthetic heat transfer fluid designed for extremely high-temperature industrial operations requiring maximum thermal stability, oxidative resistance, and long fluid life. It is engineered for systems operating in the liquid phase at elevated temperatures, ensuring high heat transfer efficiency with minimal degradation.
Product Description
Maxothermie®-660 is formulated using highly stable synthetic base stocks with superior resistance to thermal cracking and oxidation. It maintains excellent fluidity, consistent heat transfer, and low carbon formation even in demanding industrial heating applications.
With an exceptionally high operating temperature range, Maxothermie-660 is suitable for continuous, round-the-clock operations where reliability and long service intervals are critical.
Key Features & Benefits
High operating temperature capability for advanced process heating
Superior oxidation stability reduces fluid degradation and sludge formation
Long fluid life lowers replacement costs and system downtime
Excellent heat transfer efficiency enhances process accuracy and speed
Low vapor pressure ensures safe and stable liquid-phase operation
Minimal carbon residue keeps heat exchangers and coils cleaner
Wide thermal range, suitable for heavy-duty and continuous processing
Typical Applications
Maxothermie®-660 is ideal for high-temperature process heating systems used in:
Chemical and petrochemical industries
Polymer, plastic, and resin manufacturing
Pharmaceutical production
Food and beverage processing
Oil and gas downstream operations
Textile and dyeing plants
Industrial heating and drying systems
Heat exchangers, reactors, and thermal oil circuits
Technical Advantages
Designed for high-temperature liquid-phase systems
Stable under continuous thermal load
Works efficiently in closed-loop thermic systems
Reduced oxidation helps extend equipment life
Ensures consistent heat transfer throughout the system
Why Choose Maxothermie®-660?
Maxothermie-660 is engineered for industries requiring maximum reliability, safety, and high-performance heat transfer at elevated temperatures. Its advanced formulation delivers longer service life and decreased maintenance, making it a preferred choice for global industrial heating systems.