10L High Borosilicate Glass Reactor

2L–50L Glass Reactor Series (Laboratory & Pilot Scale)

The 2L–50L Glass Reactor is a premium laboratory instrument designed for synthetic chemistry, crystallization, and pharmaceutical R&D. Its high-transparency design allows for real-time visual monitoring of reaction dynamics, while the modular frame provides flexibility for various experimental setups.

1. Executive Summary

This series utilizes high borosilicate glass (GG-17) to provide exceptional thermal shock resistance and chemical inertness. The double-walled jacketed design enables precise temperature control through the circulation of heating or cooling fluids, making it ideal for processes ranging from cryogenic reactions to high-temperature distillation.

2. Key Structural Features

• High Borosilicate Glass (GG-17): Offers superior resistance to acids, bases, and thermal stress.

• PTFE Sealing & Agitation: All wetted components, including stirring paddles and seals, are made of PTFE to ensure maximum chemical compatibility and leak-free performance.

• Zero-Dead-Space Discharge: The bottom discharge valve is designed to eliminate material residue, ensuring total product recovery.

• Mobile Support Frame: The entire system is mounted on a heavy-duty stainless steel frame with locking casters for easy relocation within the lab.

3. Technical Specifications (2L–50L)

4. Performance Advantages

• Visual Monitoring: The transparent vessel is perfect for capturing color changes, phase separations, or precipitation during the reaction.

• Thermal Efficiency: The jacketed design minimizes thermal loss and ensures a uniform temperature environment for the reactants.

• Modular Versatility: The reactor head features multiple ports to accommodate auxiliary equipment like reflux condensers, constant pressure funnels, and solid feeders.

5. Primary Applications

• Chemical Synthesis: Refluxing and synthesis under controlled temperature and vacuum conditions.

• Crystallization: Precise cooling profiles for lab-scale purification and crystal growth.

• Distillation & Extraction: Separation of active ingredients and solvent recovery.