2 liter Short Path Kit with Magnetic Stirring Heating Mantle & Glassware & Cold Trap/Accessories
- lab vacuum fractional shortpath distiller for extraction
2L-II Short Path Distillation | |
Power Supply | 110V-220V, 50Hz |
Speed Regulation Range | 100-2000rpm(stepless speed regulation) |
Motor Power | 40W,DC14-24V |
Stirring Volumn | 2000ml |
Heating Power | 650W |
Temperature Control Accuracy | ±1℃ |
Temperature Control Mode | Intelligent digital display, SCR control, internal and external sensors for measuring temperature |
Heating Temperature | The maximum surface temperature is 380℃. |
Boiling | The water can boil in 10-25 minutes. |
Furnace Silk | Cr20Ni80 |
Insulating Layer | Alkali-free glass fiber, temperature resistant 450℃ |
Insulating Coefficient | It is equal or greater than 500Ω when the relative humidity is equal or less than 35%. |
Heat Preservation Layer | Exclusive use of environmental insulation body that adopts the aluminum silicate cotton shaped by vacuum |
Total Volume | 2L |
Effective Reaction Volume | 1L |
High evaporation efficiency and reduced retention time, with minimal time delay
Short path distillation is made from high borosilicate glass 3.3 and PTFE, which have excellent corrosion resistance
Main body of Short path distillation is made of high borosilicate glass 3.3, allowing the whole process to be observed very clearly
German technology brand frequency conversion deceleration motor, with self-cooling fan, long time continuous working
Magnetic force transmission make film forming system separate from motor, the top sealing of distillation barrel have no dwang through. The whole System performs a completed sealing. Min Vacuum degree can reach 0.1Pa
Highest temperature of the system can reach 230℃/300℃, accurate temperature control can be realized
Scraper Model and self-cleaning roller Model film forming system are available
The barrel of the distiller has glass and stainless steel material for selection, and the glass distiller has two forms of half and full package
The advantage is that the heating temperature can be considerably lower (at reduced pressure) than the boiling point of the liquid at standard pressure, and the distillate only has to travel a short distance before condensing. A short path ensures that little compound is lost on the sides of the apparatus.