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Schultz® S720 is a good heat transfer fluid with excellent anti-coking properties. It can meet the requirements of technologies such as high-temperature heating and low-temperature cooling. It is characterized by economical, practical, and high performance and is superior to mineral heat transfer fluids; thus, it can be an ideal product to replace mineral heat transfer fluids.

Product Type: Heat Transfer Fluid

Features: Anti Coking, Cost Effective, Good Thermal Stability, High Performance, High Reliability, Wide Temperature Operating Range

Safety Data Sheet
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Knowde Enhanced TDS

Identification & Functionality

Component
Hydroprocessed Naphthenic

Features & Benefits

Performance Benefits

Schultz® S720 is a heat transfer fluid that can be applied in the liquid phase heating system within the temperature range of -5 to 320°C.

  • High Stability - Schultz® S720 has excellent high stability and anti-cokeability properties and is a liquid-phase synthetic heat conduction oil with excellent performance. It can be used long term in different heating systems.
  • Safety and Reliability - Once the heat transfer fluid system breaks down during production, production will have to stop, so choosing a heat transfer fluid product with reliable performance guarantees avoiding unexpected shut-downs of the heating system. Characterized by excellent properties, Schultz® S720 is your best choice.
  • Economical Heat Transfer Fluid - Economical and practical, Schultz® S720 can be an ideal product to replace mineral heat conduction oil due to its high cost performance and properties that exceed those of mineral heat conduction oil.

Applications & Uses

Properties

Appearance
Light Yellow Transparent Liquid
Typical Properties
ValueUnitsTest Method / Conditions
Moisture Content30.0mg/kg-
Flash Point179.0°C-
Auto Ignition Temperature333.0°C-
Pour Point-24.0°C-
Density (20°C)900.0kg/m³-
Total Acidity (KOH)0.01mg/g-
Carbon Residue 0.01%-
Distillation Range (2%)346.0°C-
Kinematic Viscosity (0°C)618.0mm²/s-
Kinematic Viscosity (40°C)32.3mm²/s-
Kinematic Viscosity (100°C)4.4mm²/s-
Coefficient of Thermal Expansion (200°C)0.000702--
Optimal Applicable Temperature Range-5 to 320°C-
Operation Temperaturemax. 320°C-
Liquid Film Temperaturemax. 340°C-