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The refrigeration heating temperature control system is equipped with various reactors for dynamic temperature control of refrigeration and heating, and the performance of the high and low temperature integrated machine largely determines the supporting reactor, so the performance of the refrigeration and heating temperature control system is very important
.
1.
When selecting, select
according to the size, type and weight of the reactor.
The thermal ratio of the material in the reactor is closely related to
the viscosity.
2.
The required temperature is also related to the temperature requirements of the equipment model, when choosing, the clamp or coil size should be calculated to budget the time required for
temperature control.
to select the appropriate TCU temperature control system to ensure that the experiment reaches the required temperature range
.
3.
The reactor reaches the expected temperature range during the temperature control process of the refrigeration and heating temperature control system, in which some chemical reactions will be produced in the process and are easily affected by external influences, so it is very important
to arrange the environment.
4.
When doing chemical reactions, you should know that if the heat is not removed in time during the reaction process, pressure will be generated, and if the pressure is too high, it will produce some dangers
.
5.
Various volumes of reactors can be installed for cooling, heating and temperature control
.
Different sizes of reactors have different heat capacities and different endothermic or exothermic capacities, so it is necessary to ensure that the selection or size of the equipment meets the expected temperature requirements
.
6.
Using compressor refrigeration + high-pressure linkage heating technology, fully closed pipeline design, using plate heat exchanger, applied to glass reactor, metal reactor, bioreactor for temperature rise and fall, constant temperature control, especially suitable for heat demand and exothermic process control
in the reaction process.