Heat Transfer Fluid

Therminol 54 is a synthetic fluid designed to provide reliable, consistent heat transfer performance over a long service life at maximum bulk temperatures up to 280°C (540°F). Therminol 54 fluid is designed for use in non-pressurized/low-pressure, indirect heating systems. It delivers efficient, dependable, uniform process heat with no need for high pressures.

Therminol LT is a synthetic aromatic heat transfer fluid. It can be used in both liquid phase and vapor phase, and has excellent heat transfer and fluid properties for low temperature applications.

Therminol 55 is a synthetic heat transfer liquid used in medium temperature applications. Therminol 55 is designed for use in liquid, non-pressurized/low-pressure, indirect heating systems. It provides efficient, reliable, uniform process heat without the need for high pressures.

Therminol SP is a synthetic heat transfer fluid used in moderate-temperature applications. Therminol SP fluid is designed for use in nonpressurized/low-pressure, indirect heating systems. It delivers efficient, dependable, uniform process heat with no need for high pressures.

Therminol 59 is a synthetic heat transfer fluid with excellent low temperature pumping characteristics and thermal stability.

Therminol XP heat transfer fluid is an extremely pure white mineral oil which provides reliable heat transfer.

Therminol 62 is a synthetic heat transfer fluid whose chemistry is custom contoured for high-performance, high-purity, low-pressure and exceptional thermal stability.

Marlotherm LH is a low-viscosity, synthetic organic heat transfer medium for use in both the liquid and vapor phase for closed, forced-circulation heat transfer systems.

Marlotherm N is an inexpensive synthetic organic heat transfer fluid for use in the liquid phase in closed, non-pressurized, forced circulation heat transfer systems and can be used instead of mineral oils.

Marlotherm XC is a high performance, wide temperature-range heat transfer fluid for heating and cooling in the most varied fields of applications.