Sigma T H E R M-K

Composition

Typical Properties :

High and low boilers seen in components may not have the heat transfer efficiency and thermal stability of the original heat transfer fluid molecules.

Other compounds resulting from thermal degradation will polymerize into higher molecular weight and higher boiling point molecules than the original fluid : These are high boilers.

High and low boilers are formed when heat transfer fluids are heated to a high temperature and certain molecular bonds begin to break or thermally degrade. Some of the new materials that form have a lower molecular weight and typically a lower boiling point than the original fluid : these are low boilers.

High and Low Boilers :

sigma T H E R M K has been thoroughly tested in the laboratory with different proportionate of mineral oil at various high temperatures for stability and other related parameters. Based on results it is proved that sigma T H E R M K could be used for top-up purpose in the systems already containing mineral based thermic fluids like Hytherm 500, Servo Therm medium etc.

sigma T H E R M K has lower  Viscosity as compared to other thermic fluids - lower power consumption of circulating pump and high co-efficient of heat transfer.

?       Reduced Low Boilers and High Boilers

?       Long Life.

?       Very low carbon deposits.

?       High oxidation stability

?       High thermal stability.

As compared to other mineral based thermic fluid, it has.

Benefits :

Indirect closed heat transfer systems up to 300?C. For best life it should be used at or below 280? C for continuous operation.

Application :

sigma T H E R M K is a synthetic heat transfer fluid.

Description :

  High Temperature Synthetic Heat Transfer Fluid  : sigma T H E R M - K