Micro Magnetic Stirring Collector Reactor

1. The miniature magnetic stirring collector reactor is a device that enables real-time monitoring of chemical reaction processes, including temperature, pressure, gas protection, and sampling during experimental reactions. Study the impact of changes in various parameters (P, T, anaerobic conditions) during the reaction process on the trend and results of the reaction process. It has the advantages of high temperature resistance, corrosion resistance, F4 lining (optional) that does not affect materials, simple operation, safety, etc. It is widely used in the fields of petrochemicals, chemical engineering, pharmaceuticals, polymer synthesis, metallurgy, etc.

Features:

The stainless steel microreactor has a compact size, a simple and reliable overall structure, and digital temperature and speed settings. Economical, durable, and fully equipped.

(1) Equipped with advanced AI artificial intelligence PID, multi-stage temperature control instrument, speed digital display, power switch, heating switch, stainless steel pressure gauge, intake valve, sampling water cooling fine adjustment valve, temperature probe, it can easily achieve micro reaction experiments;

(2) The kettle body and heater can be completely separated, greatly facilitating the disassembly of the reaction kettle and improving work efficiency;

(3) Mixing motor: High temperature non demagnetization, strong and powerful, high-speed and stable;

(4) Gas inlet valve: intake needle valve, interface 1/4-6mm, 1/8-3mm card sleeve optional, reliable quality;

(5) Sampling water-cooled fine adjustment valve: convenient for sampling and analyzing the reaction process at any time during the reaction process, with optional interface 1/4 and 1/8 card sleeves;

(6) Exhaust valve: convenient for vacuum treatment and gas replacement of the system before the reaction, and can be used as a vent valve after the reaction is completed;

(7) Stainless steel pressure gauge: real-time monitoring of the internal pressure of the kettle reaction;

(8) Temperature probe: penetrate deep into the interior of the reaction vessel to monitor the reaction temperature in real-time;