น้ำมันถ่ายเทความร้อน TOTAL SERIOLA 32 & 100

ชื่อเดิม TOTAL SERIOLA 1510

น้ำมันถ่ายเทความร้อน, ฮอทออยล์, เทอร์มอลออยล์, Hot Oil, Thermal Oil, Heat Transfer Oil, Heat Transfer Fluid

น้ำมันถ่ายเทความร้อน TOTAL SERIOLA AB 32 & 100

TOTAL SERIOLA 1510

สำหรับ ใช้แทนน้ำมันถ่ายเทความร้อน PTT Hitemp 500, พีทีที ไฮเท็มป์ 500, Shelll Termia B, Shell Heat Transfer, Caltex Texatherm, Esso Therm 500, Mobiltherm 603, Castrol Perfecto HT, BP Transcal N, Total Seriola 1510, Daphne Thermic Oil 32, บางจาก ถ่ายเทความร้อน

Heat transfer fluid

Mineral based heat transfer fluid.

น้ำมันถ่ายเทความร้อน

APPLICATIONS

Heat transfer circuits

Temperature range :

0°C                      290°C

Without air contact

- SERIOLA 32 and 100 are recommended for heat transfer installations using thermal fluid circulation, in opened closed circuits.

- SERIOLA 32 and 100 are suitable for heating and temperature control in all industries, and particularly for following manufacturing processes:

→ Steam production

→ Paper Industry

→ Timber Industry

→ Textile Industry

→ Oil & Gas

SPECIFICATIONS

• ISO 6743-12 L-QB-290 / DIN 51522 – class Q
• SERIOLA 32 is approved by the French Health Direction for drinking water treatment.
  

ADVANTAGES

Long life

- Compared to conventional fluids, SERIOLA 32 and 100 deliver high oxisdation resistance thanks to a duly selected antioxidant.

Above characteristics are mean values given as an information.

STORAGE RECOMMENDATIONS

• Store the product at ambient temperature
• Minimize the periods of exposure to temperatures above 35°C
• Shelf life : 5 years from date of manufacture (unopened)

Thermal expansion coefficient : 7.3.10-4 /°C

→ Thermal conductivity : property of a material to conduct heat.

The higher thermal conductivity, the more efficient the heat transfer fluid will be.

Less heat will be required.

→ Specific heat : fluid’s ability to store the heat.

It isdefined by the required energy to raise 1°C the temperature of 1 gram of a fluid.

→ Vapor pressure : pressure exerted by a vapor in thermodynamic equilibrium with its condensed phases (solid or liquid) at a given temperature in a closed system. For a heat transfer fluid, a low vapor pressure is recommended to operate safely.

→ Enthalpy of vaporization : amount of energy (enthalpy) that must be added to the liquid substance, to transform a quantity of that substance into a gas.

Thermal expansion coefficient : 7,2.10-4 /°C

→ Thermal conductivity : property of a material to conduct heat.

The higher thermal conductivity, the more efficient the heat transfer fluid will be.

Less heat will be required.

→ Specific heat : fluid’s ability to store the heat.

It is defined by the required energy to raise 1°C the temperature of 1 gram of a fluid.

→ Vapor pressure : pressure exerted by a vapor in thermodynamic equilibrium with its condensed phases (solid or liquid) at a given temperature in a closed system.

For a heat transfer fluid, a low vapor pressure is recommended to operate safely.

→ The enthalpy of vaporization : amount of energy (enthalpy) that must be added to the liquid substance, to transform a quantity of that substance into a gas.