50L Jacketed Glass Reactor System with Lifting and Rotary Mixing Function

About this item

50L Jacketed Glass Reactor System: The 50L Jacketed Glass Reactor System is designed for pilot-scale research, process development, chemical synthesis, extraction, crystallization, distillation, and scale-up applications. Featuring a durable borosilicate glass reaction vessel, integrated lifting mechanism, rotary mixing function, and jacketed temperature control capability, this reactor system provides reliable performance for laboratories, pilot plants, and industrial R&D environments.

The transparent glass vessel allows operators to monitor reaction progress in real time while maintaining precise control over mixing and temperature conditions. Its 50L capacity makes it ideal for process optimization, formulation development, pilot-scale testing, and scale-up studies before commercial production.

Key Features

• 50L Borosilicate Glass Vessel – Excellent chemical resistance with clear visibility throughout the reaction process.
• Integrated Lifting System – Allows convenient adjustment of vessel height for easier operation, cleaning, and maintenance.
• Rotary Mixing Function – Promotes efficient mixing and uniform reactant distribution.
• Jacketed Temperature Control – Compatible with external heating and cooling circulators for precise thermal regulation.
• Efficient Stirring System – Supports homogeneous mixing and stable reaction conditions.
• Pilot-Scale Capacity – Suitable for process development, scale-up studies, and pilot plant applications.
• Transparent Reactor Design – Enables continuous observation and monitoring of reaction progress.

Typical Applications: Chemical Synthesis, Pharmaceutical Research and Development, Extraction and Purification, Crystallization Studies, Distillation Processes, Polymer Research, Pilot Plant Operations, Process Scale-Up and Validation, Small-Batch Production Testing

Why Choose This Reactor System?

The 50L Jacketed Glass Reactor System combines large working capacity, precise temperature control, efficient mixing performance, and excellent process visibility. Designed for pilot-scale research and process scale-up, it provides researchers and engineers with a versatile platform for developing, optimizing, and validating chemical processes before commercial production.