MidiPilot
· Glass reactor : 20, 30 liter · Temperature : -60 °C (-90 °C) to 200 °C
MidiPilot with interchageable 20 and 30 liters glass reactor
- Glass reactor : 20, 30 liter
- Pressure : -1.0 (FV) to +1.0 bar
- Temperature : -60 °C (-90 °C) to +200 °C
- Material : Borosilicate glass 3.3, PTFE, PFA, PEEK
Standard package
- 20 , 30 liters jacketed glass reactor, interchangeable
- Baffle with Pt100 temperature sensor
- Continuous adjustable agitator speed, 0-600 rpm
- Dry running mechanical seal
- Compact stainless steel frame, table or floor model, mobile
- ATEX Zone 1 (0) / CE / cGMP
- CIP capable
- FDA conform, highly corrosion resistant
- Complete documentation
Standard options
- Reactor lift for easy reactor opening, cleaning, stirrer exchange
- 3-wall reactor vessel for -90 °C chemistry
- Glass distillation overhead
- Sampling system
- Probes for pH, others
- CIP spray nozzle
- IQ / OQ / PQ
Compact, mobile frame
- Compact stainless steel
- frame fits in standard
- laboratory fume hood
- Bench-top model
- Floor model, mobile
- Vessel lift for easy handling of glass reaction vessels
Solid cover plate
- PFA coated steel cover plate
- Fast-action closure for addition of solids
- Standard version with 4 NS tapered joint
- 2 spare connections for common laboratory glassware
Distillation glass overhead
Optional distillation Overhead consisting of:
- 10 liter feed vessel
- Vapor duct with reflux splitter
- Spiral reflux condenser
- Phase separator
- 10 liter receiver vessel
- Distributor with pressure gauge and vacuum connection
- Nitrogen connection
- Self-draining «buchiflex» glass piping
Stirrer drive, stirrers
- Ex proof drive
- Dry running mechanical seal
- Easy interchangeable stirrers : Anchor stirrer, Pitched blade turbine, Retreat curve impeller
- stirrers in glass lined steel or PFA coated steel
MidiPilot setups
Glass overhead «Reflux basic»
Glass overhead «Reflux»
Chemical reactions, applications
- Vacuum distillation
- Azeotropic distillation (phase separation)
- Evaporation to any desired consistency\
- Multi-component chemical reactions
- Gas introduction into liquid phase
- Chemical synthesis
- Extraction of multi phase mixture
- Crystallization
- Refluxing
- Multiple chemical reactions liquid/liquid, · liquid/solid
- Low temperature chemistry