Key Features
- Borosilicate glass construction
- Temperature control capability
- Stirring mechanism
- Pressure monitoring
Lab Glass Reactor
Lab Glass Reactor
Lab Glass Reactor
Laboratory glass reactor for chemical synthesis and reactions.
Lab Glass Reactor Overview
The Lab Glass Reactor is a compact borosilicate glass reaction vessel designed for R&D, bench, and pilot lab applications. Available in single-, double-, or triple-wall configurations, it supports temperature control (jacketed or direct heating) and can operate under full vacuum. Construction uses Schott Duran tubing / glass, with tool-free clamp systems, self-aligning stirrer couplings, and quick release assemblies to facilitate ease of use. It is built for chemical resistance, thermal stability, and flexibility in coupling with condensers, feed lines, and instrumentation.
Specifications
• Operating temperature: –50 °C to +180 °C
• Pressure: full vacuum to 0.5 bar (positive)
• Capacities: 100 mL up to ~10 L
• Reactor styles: single wall, double wall, triple wall (for jacket insulation)
• Stirring: overhead stirrer with gear motor, speed range ~40 to 400 rpm
• Materials: Schott Duran glass, PTFE / Viton / FFKM seals, SS304 supports
• Accessories: flush bottom valve, minimal dead volume design, interchangeable impellers (propeller, turbine, anchor)
• Utility options: hot water/oil circulators, chillers, vacuum pump interface, pH/pressure sensors
Applications
• Small-scale chemical synthesis under controlled stirring and temperature
• Reaction development, screening, and scale-down studies
• Teaching labs and demonstration of reaction protocols
• Vacuum or reflux reactions for organic, inorganic, or specialty chemistries
• Integration with downstream separation or condensation modules Its design balances usability, chemical compatibility, and adaptability for varied lab workflows.