0.1L High Pressure Reactor, 316 Stainless Steel Desktop Magnetic Stirring Reactor 110V Electric Heating Chemical Reaction Vessel, 0-1800RPM, for Lab Chemical Research, University Experiments

Desktop type 316 stainless steel laboratory high-pressure magnetic stirring reactor The desktop type stainless steel reactor is suitable for various reactions such as gas-liquid reactions, liquid-liquid reactions and liquid-solid-gas reactions. The reactor adopts a static sealing structure, which can solve the problem of leakage in the mixing process and keep the whole medium and mixing parts working in a completely sealed state. It is more suitable for stirring reactions of flammable, explosive and valuable media and other highly permeable chemical media. The desktop type stainless steel reactor integrates mixing, heating and reaction, has a wider range of application and is suitable for fields of universities, biochemistry, scientific research, etc. Parameters: Voltage: 110V Capacity: 0.1L Material of reactor body: 316L stainless steel Design pressure: 22MPa Design temperature: 220 ℃ Sealing mode: magnetic rotation, static sealing, type A Mixing speed: 0-1800RPM Mixing mode: magnetic stirring Heating mode: electric heating Heating power: 0.7KW Temperature control accuracy: ± 1 ℃ 1. Stainless steel explosion-proof valve, safe and reliable. 2. The pressure gauge can monitor the reaction pressure inside the reactor in real time. 3. The stainless steel reactor is equipped with an air inlet valve, a sampling valve, an exhaust valve and a temperature probe. 4. Liquid crystal control panel, adjustable temperature and speed. 5. The reactor body and the heater can be quickly separated to achieve the cooling purpose. Note: Please read the instruction manual carefully before use. Item Included(220585): 1 Set of 100ml stainless steel reactor

• Professional-Grade High Pressure & Temperature Reactor: The 100ml high pressure reactor is constructed from premium 316 stainless steel. It safely handles extreme conditions up to 22MPa and 220°C, making it the ideal lab autoclave reactor for gas-liquid, liquid-solid, and liquid-liquid reactions. The robust design ensures structural integrity during prolonged high-pressure synthesis and polymerization studies, providing reliable performance for university, chemical, and lab research
• Leak-Proof Magnetic Stirring with Advanced Static Sealing Technology: Solve the common problem of leakage with our high-pressure magnetic stirring reactor. It features a static sealing structure and magnetic stirring function, ensuring the entire mixing chamber remains completely sealed. This leak-proof design is crucial for handling volatile, flammable, explosive, or valuable media, preventing loss and ensuring operator safety
• Precision Digital Control with Accurate Heating & Stirring: Achieve precise and repeatable reaction conditions with the integrated intelligent control system. The LCD control panel allows easy setting and real-time monitoring of key parameters. The 0.7KW electric heater provides fast heating with a temperature control accuracy of ±1°C. Coupled with adjustable magnetic stirring speed (0-1800RPM), this desktop reactor enables researchers to finely tune and replicate experiments
• Enhanced Safety & Convenience with Explosion-Proof Valve and Quick-Cool Design: This 110V laboratory reactor includes multiple safety features. The stainless steel explosion-proof valve and real-time pressure gauge provide critical protection and monitoring. The reactor cover integrates an air inlet, sampling valve, exhaust valve, and temperature probe for full process control. Furthermore, the split design allows the reactor body to be quickly separated from the heater for rapid cooling
• Versatile Desktop Reactor System for Multi-Disciplinary Research & Education: This compact desktop type stainless steel reactor is a complete, integrated solution for mixing, heating, and reacting. It is widely used from chemical reactions and materials synthesis to teaching demonstrations—it is an indispensable tool for laboratories in universities, petrochemical research, medical development. The comprehensive design makes advanced high-pressure experimentation accessible and manageable