Laboratory grade high flux continuous flow reactor

Laboratory grade high flux continuous flow reactor

MF-Microflow-Snake glass microchannel continuous flow reactor can realize the following process cases: 1. Michael addition reaction; 2. Pay-gram alkylation reaction; 3. Aldol condensation reaction (sodium ethoxide); 4. Sulfonation Reaction, nitration reaction; 5. Diazotization reaction, azide reaction; 6. Solvent-free reaction.


This product is suitable for various chemical reactions and mixing processes, especially for the formation of nanoparticles. It has certain solid compatibility and can produce nanoparticles continuously and stably. It can be used in pharmaceutical intermediates, drug synthesis (including outsourcing), fine chemicals, pesticide chemicals, special chemicals, daily necessities industry, nanomaterials, polymer modification and other fields.


This product is suitable for various chemical reactions and mixing processes, especially for the formation of nanoparticles. It has a certain solid compatibility and can produce nanoparticles continuously and stably. It can be used in pharmaceutical intermediates, drug synthesis (including fillers), fine chemicals, pesticide chemicals, special chemicals, daily necessities industry, nano materials, polymer modification and other fields.


The mixing principle of the high-throughput microchannel continuous flow reactor: Y-type nozzle static mixing, separation and cross-mixing combined with structure. The laboratory micro-channel chemical equipment is compatible with all reagents except hot concentrated alkali, molten alkali metal, hot concentrated H3PO4, HF, and strong corrosive agents. It can operate stably for a long time. The excellent high light transmittance can realize photocatalysis in the short wavelength range. reaction.


This set of device can connect 2-8 sets of independent chips in series to form a system, which greatly extends the residence time of samples and improves the yield.


Basic parameters of MF-Microflow-Snake high flux continuous flow reactor:


Material: Schott BF33 high borosilicate float glass


Size: 49.6 * 80.4;


Aspect ratio (mm / mm) = 0.2: 0.5;


Effective liquid holding capacity: 130uL;


Than black: 14,000;


Temperature: -30℃-260℃;


Pressure: 0-3Mpa;


Bursting pressure: 14Mpa (room temperature)


            7Mpa (200℃)


Flow rate: 10ul / min-10mL / min;


Single chip annual throughput: 5T


Another feature of the micro-reaction continuous flow technology is that there is no amplification effect in the process conversion. Small-scale test process, without pilot test, can be directly scaled up production. The scope and field of continuous flow synthesis continue to expand, not only including traditional reaction types and the pharmaceutical and fine chemical industries, but also extending to the fields of electrochemistry, photochemistry, microwave chemistry, nanomaterials, and functional materials. Compared with the traditional batch reaction process, the microreactor has the advantages of high-speed mixing, efficient heat transfer, narrow residence time distribution, good repeatability, rapid system response, easy automatic control, almost no amplification effect, and high safety performance.