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Advanced Glass Jacketed Reactor with Pilot Horizontal Condenser

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Advanced Glass Jacketed Reactor with Pilot Horizontal Condenser

Home / Glass Reactor Manufacturer / Kilo Lab / Advanced Glass Jacketed Reactor with Pilot Horizontal Condenser

Advanced Glass Jacketed Reactor with Pilot Horizontal Condenser

Advanced glass jacketed reactor with pilot horizontal condenser for pilot-scale synthesis and chemical processing.

Advanced Glass Jacketed Reactor with Pilot Horizontal Condenser

Capacity: 10 L – 50 L

Design Options: Double Wall / Triple Wall

Made from Borosilicate Glass 3.3- SCHOTT Duran raw material

Our Advanced Glass Jacketed Reactor is designed for pilot-scale synthesis, chemical processing, and R&D applications, offering high efficiency, safety, and modularity.

Key Features

  • Double wall or triple wall design
  • Borosilicate glass 3.3 construction
  • Pilot horizontal condenser
  • Temperature control capability
  • Agitation system
  • Feeding and collecting flask system
  • Minimum holdup valve
  • Control and automation panel
  • Stainless steel support structure

Specifications

Feature Specification
Capacity 10 L, 20 L, 30 L, 50 L
Wall Type Double Wall / Triple Wall
Material of Construction (Vessel) Borosilicate Glass 3.3- SCHOTT Duran raw material
Agitator Material SS304 / SS316 / Hastelloy / PTFE-sleeved
Agitator Type Propeller / Impeller / Anchor Blade
Jacket Connection Heating/Cooling Circulator via standard ports
Feeding Flask Graduated with top (25 GL) & bottom (GL18) valves connector
Collecting Flask Graduated with GL18/GL25 connector + central nozzle
Zero Holdup Valve Yes, with temperature sensor
Condenser Horizontal coil, hose connectors for coolant
Control Panel Stainless steel with RPM controller & dual-point temp display
Frame Stainless steel with spill tray & moveable wheels
Lid Multi-nozzle, compatible with additional accessories

Applications

The High Pressure Glass Reactor finds extensive use across multiple industries:

Pharmaceutical Industry:

• API synthesis and intermediate production

• High-pressure hydrogenation reactions

• Catalyst screening and optimization

• Process development and scale-up studies

Chemical Industry:

• Fine chemical synthesis

• Specialty chemical production

• Polymerization reactions

• High-pressure organic synthesis

Research & Development:

• Process optimization studies

• Reaction kinetics analysis

• Catalyst evaluation

• Method development and validation

Petrochemical Industry:

• Hydroprocessing applications

• High-pressure catalytic reactions

• Process development

• Pilot plant operations