Details

• At 20°C, it has a density of 1043 kg/m³ and a kinematic viscosity of 50 mm²/s.
• At 100°C, the density is 987 kg/m³, and the kinematic viscosity is 3 mm²/s.
• At 200°C, the density is 914 kg/m³, and the kinematic viscosity is 0.82 mm²/s.
• At 300°C, the density is 834 kg/m³, and the kinematic viscosity is 0.44 mm²/s.
• Specific heat capacity ranges from 1.60 kJ/kg°C at 20°C to 2.51 kJ/kg°C at 300°C.
• Thermal conductivity ranges from 0.128 W/m°C at 20°C to 0.105 W/m°C at 300°C.

• 1 Kcal/kg°C equals 4184 J/kg°C.
• 1 Kcal/m.h°C equals 1.162 W/m°C.
• 1 mm Hg equals 133 Pa.

• At 20°C, it has a specific heat of 1.580 kJ/kg°C, thermal conductivity of 0.128 W/m°C, and a density of 1044 kg/m³.
• At 100°C, the specific heat is 1.840 kJ/kg°C, thermal conductivity is 0.121 W/m°C, and density is 985 kg/m³.
• At 200°C, the specific heat is 2.160 kJ/kg°C, thermal conductivity is 0.113 W/m°C, and density is 911 kg/m³.
• At 300°C, the specific heat is 2.480 kJ/kg°C, thermal conductivity is 0.105 W/m°C, and density is 836 kg/m³.
• At 380°C, the specific heat is 2.730 kJ/kg°C, thermal conductivity is 0.098 W/m°C, and density is 777 kg/m³.