Micro Magnetic High Pressure Reactor NMHPR-100 supports a 25 L capacity with a display precision of ±1°C. It includes a touchscreen LCD control panel for easy and precise operation. This unit features an explosion-proof design for safe use under high pressure. It comes with an adjustable safety valve for added operational safety. Our reactor is equipped with a pressure gauge for real-time monitoring.
FAQ for Micro Magnetic High Pressure Reactor NMHPR-100
1: How does the Micro Magnetic High Pressure Reactor NMHPR-100 ensure safety during operation?
It features an explosion-proof mechanical design along with an intelligent safety valve that allows free-setting of overpressure alarms and automatic pressure release for safe operation under extreme conditions.
2: Can the Micro Magnetic High Pressure Reactor handle complex reaction controls?
Yes, the Micro Magnetic High Pressure Reactor supports 31-segment continuous programming for precise control of complex reaction steps. Its accuracy is comparable to that of advanced imported systems, ensuring reliable and consistent performance.
3: What steps should be taken if the overpressure alarm activates in the Micro Magnetic High Pressure Reactor?
When the overpressure alarm activates, the Micro Magnetic High Pressure Reactor’s safety valve automatically releases excess pressure. Users should then inspect the system settings and connections to ensure everything is secure before safely restarting the operation.
4: What industries commonly use the Micro Magnetic High Pressure Reactor NMHPR-100?
Our Micro Magnetic High Pressure Reactor is designed for the chemical, pharmaceutical, and new energy industries, supporting high temperature and high pressure synthesis, hydrogenation, catalytic, and polymerization reactions.
5: What should I do if the Micro Magnetic High Pressure Reactor does not reach the set temperature?
Check the temperature sensor connection and ensure the heating element is functioning properly. Verify that the reactor is sealed correctly to maintain pressure for efficient heating.
