Details

Total Seriola AB - Superior Heat Transfer Fluid

Total Seriola AB is a high-performance synthetic heat transfer fluid based on alkylbenzene, engineered for efficient thermal management in demanding industrial and domestic systems. With an operational temperature range from -20°C to +300°C, this fluid is designed to deliver exceptional thermal stability, longevity, and compatibility across various applications.
 

Key Features & Benefits

• Exceptional Thermal Stability
  • Maintains stability at high temperatures, ensuring consistent performance.
  • Resists thermal cracking and oxidation for an extended lifecycle.
• Wide Operational Temperature Range
  • Functions efficiently from -20°C to +300°C, supporting diverse industrial needs.
• Enhanced Safety Properties
  • High auto-ignition point of 384°C and fire point of 220°C for safe operations.
• Excellent Compatibility
  • Miscible with mineral oils for versatile application across systems.
  • Provides good solubility for oxidation products, maintaining clean systems.
• Low Pour Point
  • Operates efficiently in low-temperature environments with a pour point of -50°C.

Applications

• Industrial Heating Systems:
  • Ideal for heat exchange processes, steam and hot water production, and heating of treatment baths.
• Temperature Control:
  • Perfect for storage bins and manufacturing processes requiring precise temperature regulation.
• Heat Transfer Equipment:
  • Suitable for systems such as piping, pumps, and exchangers in industrial setups.

Technical Specifications

• Density at 15°C: 0.8742 g/cm³
• Viscosity at 40°C: 20.12 cSt
• Flash Point (COC): 190°C
• Auto-Ignition Point: 384°C
• Pour Point: -50°C
• Thermal Expansion Coefficient: 6.7 x 10⁻⁴ /°C

Why Choose Total Seriola AB?

Total Seriola AB stands out as a synthetic heat transfer fluid offering unmatched thermal stability, safety, and compatibility. With its ability to operate across extreme temperatures and provide superior oxidation resistance, it is the preferred choice for industrial and domestic applications requiring precise and efficient heat management.
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