Key Features
- Laboratory grade construction
- Borosilicate glass construction
- Precision design for research
- Various sizes available
Laboratory glass reactors for research and development applications.
The Lab Glass Reactor from Goel Scientific is a benchtop-scale, modular glass reactor designed for chemical, R&D, and laboratory applications. Constructed of SCHOTT Duran glass, it offers high chemical resistance, transparency, and thermal stability. The system supports tool-free exchange of reactor vessels, self-aligning stirrer coupling, and quick release clamps. It is commonly used under vacuum conditions as well, and the support frame is built with stainless steel rods and a triple-stand configuration for enhanced stability.
Here are typical specifications and features of Goel’s Lab Glass Reactor:
– Vessel types: Single wall, double wall, or triple wall configurations
– Capacity range: 0.5 L to 10 L
– Temperature range: –50 °C to ~180 °C
– Pressure / vacuum rating: Full vacuum to ~0.5 bar
– Construction: SCHOTT Duran glass tubing (meets ISO 3585, ASTM E438 Type I)
– Bottom outlet: Fused type valve with low dead volume, screw operation
– Flanges: 100 DN / 150 DN glass flanges with Viton / PTFE / FFKM O-rings
– Stirrer: SS-316 shaft/PTFE or carbon-filled Teflon parts; magnetic/drive coupling
– Motor drive: Up to ~1450 RPM, reversible direction, torque and speed control
– Additional features: Overhead stirrer, digital temperature readout (PT100 sensor), vacuum compatibility, quick release clamps, interchangeable impellers (anchor, propeller, turbine), optional accessories (chiller, vacuum pump, heating circulator, pH probe, etc.)
Because of its lab-scale flexibility and inert glass construction, the Lab Glass Reactor is ideal for:
– Pilot reactions, small batch synthesis, and reaction screening in chemical R&D
– Process development studies in pharmaceutical and fine chemical industries
– Vacuum reactions, distillation, extraction, and condensation experiments
– Teaching labs and academic research settings requiring transparent reaction vessels
– Situations demanding precise temperature control, mixing, or inert environments
