Labzee Stainless Steel Lab Reactors are specialized systems developed for controlled chemical reactions under extreme conditions. They deliver safe operation with design pressures up to 22 MPa and temperature ranges up to 300°C. Their non-contact magnetic stirring technology ensures efficient mixing while preventing leakage. These reactors feature static sealing, explosion-proof valves, and shaft cooling to enhance both safety and efficiency. Our High-Pressure Reactors are ideal for applications in catalysis, hydrogenation, polymer and advanced material research under high-pressure conditions.
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Frequently Asked Questions
1: What is the maximum operating pressure and temperature of Stainless-Steel Lab Reactors?
Stainless-Steel Lab Reactors are designed to operate safely up to 22 MPa and 300°C, providing precise control over demanding experimental conditions.
2: What role does shaft cooling play in Stainless Steel Lab Reactors operation?
What role does shaft cooling play in Stainless Steel Lab Reactors operation?
3: What are Stainless Steel Lab Reactors used for?
Labzee Stainless Steel Lab Reactors are used for chemical reactions that require elevated pressure and temperature, including catalysis, hydrogenation, polymer synthesis, and advanced material research.
4: Can Stainless Steel Lab Reactors be integrated with process monitoring or automation systems?
Yes, they feature digital parameter monitoring and can be configured with external sensors, automated data logging, and feedback controls. This allows integration into advanced laboratory workflows and scalable industrial pilot setups.
5: What advantages does precise temperature control offer in Stainless Steel Lab Reactors?
Accurate temperature control (±1°C) is critical for reproducibility in sensitive processes such as catalytic hydrogenation and polymerization. It minimizes deviations, prevents side reactions, and allows researchers to replicate experiments with consistent yields.
