Manto Mantherm HAB is a synthetic heat transfer fluid for closed liquid phase systems. Strict thermal stability tests have proved that Mantherm HAB is suitable for liquid phase heating system at -25℃-315℃, and the best operating temperature is -25℃-300℃. Its performance is comparable to that of Therminol T55.

Functions and advantages

1.Excellent thermal stability.

Heat transfer fluid used at high temperature for a long time will crack into light components, resulting in lower flash point, and also lead to higher viscosity and more impurities. Therefore, it is particularly important to select the heat transfer fluid with high thermal stability suitable for the operating temperature. Mantherm HAB is such a heat transfer fluid with high thermal stability that can be recycled at a service temperature of 315℃.

2.Excellent low temperature characteristics.

Mantherm HAB still has good fluidity at -25℃ and can be widely used as a pumping heat transfer medium.

3.Non-corrosive. Mantherm HAB is essentially non-corrosive to metal materials such as iron involved in industrial production.

TYPICAL CHARACTERISTICS

Note: The above data are based on laboratory samples and are typical parameters.

Mantherm W1 is a synthetic heat transfer fluid for closed liquid phase systems. Strict thermal stability tests have proved that Mantherm W1 is suitable for liquid phase heating systems ranging from -30℃ to 315℃.

On the basis of Therminol T55, Mantherm W1 has deep processed to remove the components that are easy to coking and oxidation, and the heat transfer efficiency has been improved. At 280℃, the coking is 10% of conventional products.

TYPICAL CHARACTERISTICS

Note: The above data are based on laboratory samples and are typical parameters.

Mantherm BT is a fully synthetic high temperature heat transfer fluid designed for -60℃-340℃ liquid phase heat transfer system or 302℃-330℃ steam heat transfer system.

TYPICAL CHARACTERISTICS

Note: The above data are based on laboratory samples and are typical parameters.

Mantherm HT is a synthetic heat transfer fluid with outstanding thermal stability. It is used at 345℃ for its excellent performance. Its performance is comparable to that of Therminol T66.

TYPICAL CHARACTERISTICS

Note: The above data are based on laboratory samples and are typical parameters.

Mantherm K2 is a synthetic heat transfer fluid for liquid and gaseous phase systems. Mantherm K2 is suitable for liquid phase heating systems ranging from 12℃ to 400℃ or gaseous phase heating systems ranging from 257℃ to 400℃.

Mantherm K2 is widely used in chemical plants where high temperature and precise temperature control are required. Its performance is comparable to that of Therminol VP1.

TYPICAL CHARACTERISTICS

Note: The above data are based on laboratory samples and are typical parameters.

Mantherm SF-5 is a high-performance modified silicone oil suitable for long-term stable applications ranging from -60℃ to 425℃.

TYPICAL CHARACTERISTICS

Note: The above data are based on laboratory samples and are typical parameters.

Mantherm SF-15 is a high performance modified silicone oil suitable for liquid-phase closed systems. Its excellent thermal stability proves its long-term and stable application in the temperature range from -60℃ to 400℃.

TYPICAL CHARACTERISTICS

Note: The above data are based on laboratory samples and are typical parameters.

Mantherm W4 is a high performance synthetic heat transfer fluid specially designed for the liquid phase heating system of electric heaters. Strict thermal stability and oxidation resistance tests have proved that Mantherm W4 is suitable for electric heating systems in harsh environments with operating temperatures ranging from -20℃ to 315℃.

TYPICAL CHARACTERISTICS

Note: The above data are based on laboratory samples and are typical parameters.

Manto Mantherm FM is a high-performance food-grade heat transfer fluid designed for liquid phase heat transfer systems ranging from -18℃ to 320℃. Its ultra-low pour point and strict thermal stability test prove that it can be stably used in the condition of -18℃ to 320℃ for a long time.

Mantherm FM has superior thermal stability and oxidation resistance than other competitive brands, resulting in long service life and low operating costs.

Functions and advantages

1.Excellent thermal stability.

The thermal stability of Mantherm FM is better than other brands of heat transfer fluid, even the synthetic series of heat transfer fluid, to avoid the high steam pressure caused by the low molecules formed by heat transfer fluid cracking on the system, resulting in leakage of control valve group and pipeline, circulation pump cavitation and gas plug; The spontaneous ignition point is reduced, resulting in an explosion; Reduce the safe operating temperature of the heat transfer fluid system; Oil products are easy to deteriorate and need to be replaced frequently;

2.Excellent oxidation resistance.

In a heat transfer fluid system that has to be in contact with air, oxidation resistance is a key factor. Excellent oxidation resistance to extend the service life of heat transfer fluid, reduce oil change costs, and reduce the loss of shutdown;

3.Higher oxidation resistance and thickening resistance.

After avoiding the oxidation of heat transfer fluid, the heat producing efficiency of heat conducting oil will be reduced due to the increase of viscosity. Reduce the circulation ability of heat transfer fluid in the system; Lead to heat conduction oil overheating; Must often replace heat conduction oil and other adverse consequences;

4.Manto Mantherm FM is fully certified by the food process industry as NSF HT-1. All ingredients in the oil are NSF HT-1 compliant.

TYPICAL CHARACTERISTICS

Note: The above data are based on laboratory samples and are typical parameters.