Application of supporting experimental equipment for refrigeration and heating system

The mixing tank with jacket and insulation layer is a three-layer insulation mixing tank with heating function, which has the functions of heating, insulation, mixing, etc. It is widely used in dairy, chemical, food, beverage, pharmaceutical, pharmaceutical and other industries. The refrigeration heating temperature control integrated machine is matched with the liquid preparation tank for temperature control, the fully closed temperature control system, the multi-function alarm system and the reliable guarantee function. It has high stability, more stable operation and meets the development needs of the chemical and pharmaceutical industry.

In addition, extraction is to use the characteristics of different solubility of different solvents, select different temperatures and pressures for dissolution extraction, and realize solvent heating and rapid extraction. Through external temperature control, different heating temperatures and heating times are set to further improve the operability of the temperature control system, accelerate the rapid extraction of solvent, save working time and improve the extraction efficiency.

Of course, the refrigeration heating temperature control machine has other applications in chemical and pharmaceutical technology. Ultra high temperature cooling technology can easily remove heat when exothermic reaction is conducted at high temperature. The unique temperature control system is to maintain the system temperature at the required reaction vessel temperature.




Our LNEYA refrigeration, heating and temperature control systems can basically be used for temperature control in the above industrial processes. The temperature ranges from – 120 ℃ to 350 ℃. The plate heat exchanger and pipe heater are used to improve the heating and cooling rate, the efficient production stability and repeatability results, the dynamic constant temperature control of cold source and heat source, and the totally closed system reduce the demand for heat conduction fluid and improve the heat utilization of the system.