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Product Details:
Payment & Shipping Terms:
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Material: | Stainless Steel 304/S316L | Column Size: | DN50*800-1600mm |
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Reboiler: | 20L~30L | Receiver Size&quantity: | 10L*2 |
Condenser HTA: | 0.86 (m2) | Temperature: | Room Temp~200/300 ℃(depend On The Oil Heater) |
High Light: | chemical distillation equipment,fractional distillation tower |
20L - 30L Reboiler Distillation Column for CBD / THC / Hemp oil
——Particular features
Continuous distillation process.
Low operating pressures (100~10000Pa ,100Pa=1mbar).
Short residence time.
High evaporation rates.
Processing of high-boiling, high-viscosity or crystallizing products is possible.
Can be used as a reboiler for column.
Low fouling on evaporator wall.
Type | JZ-50 |
Material | stainless steel 304/S316L |
Distillation column type |
packed tower |
Theoretical plate |
10-20 |
Temperature | Room temp~200/300 ℃(depend on the oil heater) |
Column size | DN50*800-1600mm |
Reboiler | 20L~30L |
Receiver size&quantity |
10L*2 |
Condenser HTA | 0.86 (m2) |
Vacuity | MIN:0.5mbar(depend on the nature of material and vacuum pump&vacuum pump not included) |
Floor area | length*width*height=1000*800*2500-3300 (mm) |
Power | 1.1KW(without pump) |
Voltage | 220V-60HZ |
Warranty | 12 Month |
The principle of Distillation Column is that different liquids boil at different temperature. The miscible liquids boil at different temperature and evaporate at different temperature.
When the mixture is heated, the liquid with lower boiling point boils and turns into vapours. So the mixture is heated to a temperature at which one or two components of the mixture will vaporise. Distillation Column involves repeated distillations and condensations.
Distillation Column is used to separate the various components of crude oil. Various components of crude oil such as gasoline, paraffin wax, lubricating oil, diesel oil, fuel oil, naphtha, kerosene are separated. Crude oil is heated and the mixture stars boiling. Hydrocarbon gases are introduced into the column.
The temperature decreases in going up the fractionating column. The hot vapours rise up in the fractionating column. Therefore vapours with higher boiling point condense in the lower part and the vapours of components with low boiling point condense at the top. The condensed vapours are removed from the sides of the column.
Contact Person: sales