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The temperature control of the TCU reactor is a high and low temperature integrated machine.
The matching reactor is used for cooling and heating temperature control.
Users can choose according to their actual working conditions
.
The temperature of the TCU reaction kettle is controlled.
Different temperatures and different media are selected.
Water can be selected at normal temperature, heat transfer oil can be selected at high temperature, and refrigerant can be selected at low temperature
.
The temperature control of the TCU reactor adopts mechanical refrigeration, the low-temperature heating tube heats the high temperature, and the canned pump is used as the circulating pump.
The liquid cycle of the whole system is closed, and the system has an expansion vessel.
The expansion vessel and the liquid cycle are adiabatic.
Mechanical connection, whether the temperature of liquid circulation is high or low temperature The medium in the expansion vessel is always kept at room temperature
.
Since the whole liquid cycle is a closed system, there is no water vapor absorption at low temperature and no oil mist generation at high temperature
.
The temperature control of the TCU reactor adopts PID intelligent control, which automatically adjusts the power output according to the chemical process, accurately controls the temperature of the reaction process, and meets the requirements of the reaction process for temperature changes
.
The specially customized TCU reactor temperature control can provide large flow rate, generate small pressure and heat, achieve high heat exchange efficiency, small system resistance, small pump system heat, and small system energy consumption
.
The temperature control of TCU reaction kettle is used in various industries.
When selecting the type, it is necessary to select the type according to the size, weight, type and volume of the jacket or coil.
The specific heat and viscosity, density of the material in the reaction kettle are also closely related
.
The temperature that the TCU reactor temperature control needs to reach is also related to the temperature requirements of the equipment model, so select the appropriate type of TCU reactor temperature control to achieve the required temperature range in the experiment
.
The matching reactor is used for cooling and heating temperature control.
Users can choose according to their actual working conditions
.
The temperature of the TCU reaction kettle is controlled.
Different temperatures and different media are selected.
Water can be selected at normal temperature, heat transfer oil can be selected at high temperature, and refrigerant can be selected at low temperature
.
The temperature control of the TCU reactor adopts mechanical refrigeration, the low-temperature heating tube heats the high temperature, and the canned pump is used as the circulating pump.
The liquid cycle of the whole system is closed, and the system has an expansion vessel.
The expansion vessel and the liquid cycle are adiabatic.
Mechanical connection, whether the temperature of liquid circulation is high or low temperature The medium in the expansion vessel is always kept at room temperature
.
Since the whole liquid cycle is a closed system, there is no water vapor absorption at low temperature and no oil mist generation at high temperature
.
The temperature control of the TCU reactor adopts PID intelligent control, which automatically adjusts the power output according to the chemical process, accurately controls the temperature of the reaction process, and meets the requirements of the reaction process for temperature changes
.
The specially customized TCU reactor temperature control can provide large flow rate, generate small pressure and heat, achieve high heat exchange efficiency, small system resistance, small pump system heat, and small system energy consumption
.
The temperature control of TCU reaction kettle is used in various industries.
When selecting the type, it is necessary to select the type according to the size, weight, type and volume of the jacket or coil.
The specific heat and viscosity, density of the material in the reaction kettle are also closely related
.
The temperature that the TCU reactor temperature control needs to reach is also related to the temperature requirements of the equipment model, so select the appropriate type of TCU reactor temperature control to achieve the required temperature range in the experiment
.
