Glass Reactor with High and Low Temperature Integrated Circulator

A glass reactor combined with a high and low temperature integrated circulator provides an efficient solution for precise thermal control in chemical and pharmaceutical processes. This setup allows researchers and manufacturers to achieve accurate heating, rapid cooling, and long-term stability during complex reactions.

How the System Works

Glass reactors are widely applied in synthesis, distillation, and crystallization. However, traditional water or oil baths cannot deliver fast, accurate, and stable temperature control. A high and low temperature unit solves this challenge with a wide range from -100℃ to +300℃ and precise stability within ±0.5℃.

Key Advantages

• Precise temperature control: Accuracy up to ±0.5℃ for sensitive experiments

• High efficiency: Rapid heating and cooling, reducing downtime

• Safety and reliability: Multiple protection functions prevent system risks

• Versatility: One circulator can serve reactors of different capacities

  Application Fields

• Pharmaceutical industry: drug synthesis, crystallization, pilot production

• Chemical research: polymerization, catalytic reactions

• New materials: nanomaterials, functional coatings

• Academic laboratories: teaching, R&D studies

• Conclusion

  The combination of a glass reactor with a high and low temperature integrated circulator ensures stable, safe, and efficient operation. It is the ideal choice for laboratories and industries aiming for reproducible results and optimized workflows.