Shanghai Dea Chemical Equipment Co., Ltd.

Shanghai Dea Chemical Equipment Co., Ltd. DEA Service For The World

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Stainless Steel 304 Vacuum Distillation Machine 1100 * 500 * 1750 Mm For CBD THC Hemp Oil

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Shanghai Dea Chemical Equipment Co., Ltd.
City:shanghai
Province/State:shanghai
Country/Region:china
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Stainless Steel 304 Vacuum Distillation Machine 1100 * 500 * 1750 Mm For CBD THC Hemp Oil

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Brand Name :DEA
Model Number :BML-10
Certification :UL
Place of Origin :CHINA
MOQ :1 Set
Price :negotiation
Payment Terms :T/T
Supply Ability :10 Sets per Month
Delivery Time :4-6 weeks
Packaging Details :Packed in wooden case
TEMPERATURE :Room temp~200/300 ℃(depend on the oil heater)
DIAMETER :100 (mm)
FEED AMOUNT :4000~12000 ( ml/h)
ROTATION SPEED :80-390 rpm
FILM SYSTEM :Wiped Filming System
MATERIAL :stainless steel 304
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1100 * 500 * 1750 mm Vacuum Distillation Machine 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 BML-10
MATERIAL stainless steel 304
TEMPERATURE Room temp~200/300 (depend on the oil heater)
DIAMETER 100 (mm)
HEAT EXCHANGER HTA 0.12 (m2)
FEED AMOUNT 4000~12000 ( ml/h)
ROTATION SPEED 80-390rpm
FILM SYSTEM Wiped Filming System
VACUITY 0. 5-50mbar(depend on the nature of material and vacuum pump)
FLOOR AREA length*width*height=1100*500*1750 (mm)(without pump)
POWER 3.5KW (without pump)
VOLTAGE 220V -60hz

Distillation is a separation process, separating components in a mixture by making use of the fact that some components vaporize more readily than others. When vapours are produced from a mixture, they contain the components of the original mixture, but in proportions which are determined by the relative volatilities of these components. The vapour is richer in some components, those that are more volatile, and so a separation occurs.

In Vacuum Distillation, the vapour is condensed and then re--evaporated when a further separation occurs. It is difficult and sometimes impossible to prepare pure components in this way, but a degree of separation can easily be attained if the volatilities are reasonably different. Where great purity is required, successive distillations may be used.

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