- Universal Reaction/Distillation Unit
- Reactor Bottom Pan
- Reactor Top Cover
- Stirrer System
- Bottom Outlet Valve
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Reactor Options
- Glass
- Glass lined
- Hastalloy
- SS
- Triple Wall Glass Reactor
Universal Reaction/Distillation Unit
Operating Conditions
- Temperature
- (–90°C) up to 220°C
- Pressure
- Glass Triple Wall Reactor /Glass reactor (Full vacuum up to 0.5 bar)
- SS, Hastlloy and Glass Lined reactor (Full vacuum up to 0.6 bar)
- special Design up to 20 bar
- Capacities
- 10 L up to 500 L
- Salient Features
- CGMP design
- Instrumentation & Control
- Automation with Data Acquisition
- Skid Mounted
- Documentation
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- Japan Triple Wall Glass Reactor (up to 60L) ( Click for Triple Wall Glass )
- Glass lined
- (20L, 50L, 100L, 250L)
- Pre-insulated (with SS cladding)
- jacketed
- Cylindrical Jacketed Glass (Double Wall) up to 50L
- SS, Hastalloy, Pre-insulated Jacketed
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- Glass top cover
- Glass lined, SS, Hastalloy for pressure reactions (standard up to 6 bar, special design up to 20 bar)
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- Glass lined
- anchor
- pitch Blade turbine curved blade turbine
- PTFE lined
- anchor
- PBT
- Paddle,etc-multistage & interchangeable impellers also available Possibl
- Glass
- anchor
- turbine
- suction agitators
- Motor
- ex-proof
- speed control by VFD or mechanical variator
- Suitable gear box
- Seal
- Suitable MOC
- Complete SS construction (option). SS hood for motor, gearbox, housing (standard)
- Glass lined
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- Flush with zero dead volume
- Glass / PTFE
- Glass lined with temperature sensor (optional)
- Flush with zero dead volume
- Reactor Bottom Pan – Raising / Lowering Device
- Safety Devices
- Glass Overhead Assembly
- Support Structure
- Flanges
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- Manual or motorized
- Also removable after lowering
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- Glass / PTFE Pressure Relief Valve
- Rupture Disc
- Translucent coating of glass components
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The standard overhead glass assembly is designed to conduct reactions under reflux, followed by distillation. The following process equipment are standard
- Cylindrical graduated feed vessel for controlled addition of liquid reactants.
- Vapour pipe.
- Primary condensor.
- Vent condensor.
- Distillate Cooler.
- Phase Separator for azeotropic distillation with re-cycle of any phase. The design of the phase separator permits the the adjustment of interface layer height externally without disturbing any process pipeline.
- Twin distillate receivers.
- Interconnecting glass process pipeline with high quality valves.
- Comprehensive and rational pressure equalization process pipeline for hydraulic integrity of the complete system. Single point application of vacuum for the complete system.
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- Complete SS construction
- Special designs for low headrooms
- Suitable for installation in walk-in fume hoods
- Skid mounted mobile units also possible
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- Special design high strength re-enforced plastic as standard.
- SS also available as option
- SS nut bolts with compression springs as standard.
- PTFE coated as option.
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- Continuous on-line liquid sampling from the reactor
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- Compact unit for both heating As well as cooling
- Advanced automation to precisely control temperature
- Temperature range :
- -90°C up to 220°C
- Fully transparent allowing clear vision of process
- Minimum time to reach desired temperature
- Compact unit
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- Jet Mill Micronizer, Double Cone Vacuum Dryer, and Tray Dryer, Vibro-Sifters, Cream ointment & Planetary Mixer, Tripple Roll Mill / Ball Mill, Colloid Mill, Multimill
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- Suitable for acidic media filtrations
- Vacuum is used to speed up filtration
- Filter plate is made of PTFE / GF
- PTFE cloth used for filter tissue
- Mounted on wheels
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- Simple in design
- Suitable for air & Exhaust clean up tasks
- Ideal for scrubbing exhaust From small scale chemical plants
- Ideal for studies & scale-up of gas scrubber systems
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- Glass chemical plant
- Piping & fitting
- Vessel and stirrers
- Chemical pump
- Column & component
- Heat exchangers
- Instrumentation and control equipment
- Couplings and gaskets
- Supporting structures