Products
Silicone oil coolant HS-PCM-10
Silicone oil coolant
Silicone oil coolant HS-PCM-10

High temperature resistance and good durability; Safe and non-toxic

Low viscosity, conducive to liquid transportation and heat conduction

High safety and high flash point

Extremely wide range of use, no need to replace the thermal medium during heat conduction and cooling

Low temperature resistance, maintaining low viscosity even at -50 degrees Celsius

Extremely low dielectric constant, good insulation performance

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Product Details

Application method

As a thermal conductive medium used in closed loop systems, such as heat exchangers and jacketed loop systems

As a thermal conductive medium in direct contact with the working interface, such as as as an immersion coolant


Transportation and storage conditions

Transport at room temperature and not exceeding 45 degrees Celsius

Store in a well ventilated and cool place

Avoid light when storing for a long time


Other precautions

The phase change thermal conductivity series should pay attention to the matching of cooling system power during high-power thermal conductivity, otherwise the phase change material may be affected by pressure

Loss due to fluctuations in force.

Not mixed with other heat transfer oils for use

When directly contacting live parts, please avoid contact with water

Avoid contact with other corrosive liquids and metals

Avoid direct contact with the skin

Please be aware of the risk of suffocation when using under sealed conditions

Product Parameters
indicator unit data Testing basis
appearance / Colorless to pale yellow transparent visual estimation
Viscosity 25 ° C mm²/s 10 Shi 1 GB/T 265
Viscosity 40 ° C mm²/s 8±1 GB/T 265
refractive index / 1.39-1.41 GB/T 6488
Flash point (closed) >180 GB/T 261
density g/cm² 0.93 GB/T 1884
pour point ≤-50 GB/T3535
dielectric strength KV >50 GB/T507
dielectric constant / 2.6±0.1 GB/T 5654
Dielectric loss factor / ≤0.005 GB/T 5654
thermal conductivity w/m.K 0.14 GB/T32064
specific heat capacity J/(g/℃) 1.66 GB/T 19466.4