Digital Water Bath:Operates from ambient temperature to 99°C (210°F) Or 300°C(572°F) with PID temperature control. Maximum evaporating flask capacity: 0.5 gallon (2 liters),Receiving flask 0.26 gallon (1 liter) High borosilicate glass 3.3:High temperature resistance, corrosion resistance. 110V 60Hz Rotary Evaporator:Rotation motor: 40 watts; Lifting distance:0-150mm. Application:Commercial essential oil making,distillation extraction, water purification separation. Rotary evaporator adopts the flask enlarge evaporation area under reduced pressure, to make the solution in bottle diffuse and evaporate, while the flask is rotating as it is heating in water bath.

It is basic necessary and perfect equipment for the chemical industry, pharmaceutical industry, institutions of higher learning and scientific research laboratories used in the manufacture and analysis of experiments which concentrated, drying, recycling.

12 MONTHS WARRANTY
Feature
Adopt polytetrafluoroethylene and rubber compound seal,which can keep high vacuum degrees
Efficient condenser assures high recovery rate
Adopt convenient large digital display and continuous adjustment for rotation speed & bath temperature
Layer cooling coils  improve condenser performance
Material: bracket is made of aluminum alloy
High vacuum: The sealing system uses a two-layer Teflon + fluoro rubber combination two-way seal
Glass material: high borosilicate glass, high temperature resistance, corrosion resistance
Motor drive, the main machine automatically lifts
Electronic stepless speed regulation (20-200rpm adjustable)
Double-layer serpentine coil condenser
 
Specification
Voltage:110V/60HZ  
Speed:20-200RPM/Min  
Motor power:40W
High borosilicate glass 3.3
Temperature control accuracy:±1 °C
Temperature control range:Room temperature  0-210°F / 0-572°F
Rotary bottle capacity:2 L
Collect bottle capacity:1 L  
Vacuum degree:0.098Mpa
Evaporation capacity:20ml/min
Lifting distance:0-150mm
 
Tip
Put few broken ceramics into the distillation flask in order to prevent liquor from bumping.
Cooling water inside of condenser pipe enters into mouth and gets out wound.
Heated temperature can't over boiling point of highest material of mixture.