2 Stage Short Path Distiller (HTFE-150 AND HSPD-150B+) Molecular Distillation and Extarction, NEW
Thin film evaporator along with short path distillation system to remove trace amounts of ethanol from crude oil to yield a higher quality refined CBD oil.
Short Path Distillation /Molecular/Fractional Distillation is a special liquid-liquid separation technology, which uses different temperatures and different boiling points to separate specific components of a product. This process uses a high vacuum environment to separate material with different molecular movement
This process is carried out in heat sensitive material or high boiling point material
distillation and purification. Short Path Distillation is mainly used in chemical,
pharmaceutical, petrochemical, spices, plastics, oil and other fields.
High evaporation efficiency and reduced retention time, with minimal time delay.
Peristaltic pump: Feed amount≦20L/H
Main evaporation system
Geared motor Power：120W, Rotating speed≦450rpm
Scratch film system: Magnetic coupling drive, PPTFE+graphite composite scraper
Main part: Material：304, Evaporation area：0.25 ㎡
Discharge module: Shut-off valve, Gear pump
Heater: Power：3.0KW, Temperature range：20℃∽230℃, Circulating amount：15L/min
Condensing system: Condenser Tube condenser≧0.4 ㎡
Continuous collection module: , Shut-off valve, 3L glass collection bottle with venting valve
Cryogenic machine: Cooling range：-20℃∽20℃, Circulating amount：15L/min
Coil cold: Tube condenser≧0.4 ㎡
Continuous collection module: Shut-off valve, 2L glass collection bottle with venting valve
Cryogenic machine: Cooling range：-40℃∽20℃, Circulating amount：15L/min
Two-stage rotary vane pump: Pumping speed：4L/S, Power：550W
Effective evaporation area (㎡) 0.25
Internal condensation area (㎡) 0.5
Outer condensing area (㎡) 0.6
Barrel inside diameter (mm) 190
Constant pressure feeding funnel volume (L) 1.5
Processing flow (KG/H) 1.5~10.0
Motor power (W) 200
Max rotation speed (RPM) 300
The above data is for reference only!
1 Pa =0.01 mbar≈0.0075 Torr 5 Pa =0.05 mbar≈0.0375 Torr