Microchannel Reactors - Continuous Flow Microreactors - Flow Chemistry - Microflu Microfluidics Technology (Changzhou) Co., Ltd.

High-throughput Continuous Flow Reaction System

Continuous process solution

MF-V4 Lab-scale Glass Microchannel Reactors

MF-V4 series lab-scale & gram-scale microchannel reactors is a glass Flow Reactor for lab-based reaction screening & process optimisation. It's modular set-up gives the User flexibility on the configuration & number of components. With independent heat exchange, V4 has optimal thermal control for challenging chemistries & process intensifica.With glass Flow Reactors at the heart of the system & peripherals with a high chemical compatibility, the lab-scale system is suitable for a wide range of challenging chemistries & processing conditions.
MF-V6 Kilo-scale glass flow reactors

MF-V6 Kilo-scale Glass Microchannel Reactor Features：Available in integrated multilayer glass construction for mixing, reaction & heat transfer;Micro channel with modular system to connect multiple reactors in series or parallel;Suitable for various liquid-liquid, gas-liquid homogeneous & multi phase reactions;Useful in photochemical & UV induced reactions
MF-V9 Production-scale glass flow reactors

MICROFLU® industrial flow reactors are modular glass reactors for the performance of continuous flow reactions at ton scale. microchannel reactors are suitable for chemically challenging reactions under extreme processing conditions such as fast, highly exothermic reactions, reactions with aggressive media, reactions employing unstable intermediates or hazardous reactions not accessible under batch conditions
MF-V6G Continuous Flow Photochemical Reactors

The Photochemical reactor is mainly applied to research gas / liquid phases, fixed / simulated visible light, Photochemical reaction under conditions of photocatalyst,etc. The MF-V6G photochemical reactor makes photochemistry accessible. Eliminating the problems of traditional batch photochemistry, the MF-V6G continuous flow photochemical reactor allows the full potential of photochemistry to be exploited. It offers safe, precise, efficient, consistent and scalable photochemistry under continuous flow operation.
MF-Elflow Electrochemical Flow Reactor

The continuous flow electrochemical reactor greatly reduces the flow cell spacing between the anode and cathode. The flow cell with chip micro-channels greatly accelerates the oxidation-reduction reaction rate between the anode and the anode and improves the efficiency of the electrochemical reaction. Realize no electrolyte reaction.
MF-MV6 Metal Continuous Flow Microchannel Reactors

MF-MV6 continuous flow microchannel reactors is characterized by unique internal structure, which is able to improve the mixing of fluids, enhance mass transfer and increase total heat transfer efficiency, hence appropriate for multi-phase reactions as well as those with high risks or under harsh conditions such as high temperature and low temperature.
MF-X Metal Continuous Flow Static Mixer

In the process of reaction amplification and optimization, the microchannel static mixer has higher reproducibility, stability, and high efficiency. In the case of blockage conditions, due to the special sealing and packing design, compared with the traditional The pipeline static mixer is easier to clean the dirt and replace the mixed filler. As a special form of the microreactor, the static micromixer can handle many processes that cannot be handled by other equipment in the continuous flow process.
MF-X3 Gas-liquid Static Micromixer

MF-X3 Gas-liquid metal static micromixer suitable for the process of gas participation or gas generation.
MF-V9G High-throughput Flow Photochemical Reactor

The MF-V9G high-throughput continuous flow photochemical reactor single module has a liquid holding capacity of 80ml, which can be used for LED light sources greater than 280nm with a flow range of 0.5-3L/min. The photoreactor can be used for liquid-liquid, gas-liquid photocatalysis
UVB/C Photochemical Reactor 250nm 280nm

Microstructure and visible light increase the efficiency of photochemical synthesesSynthetic organic photochemistry has been extensively explored over the past century, often paving the way for the pr
MF-V4P Glass Microreactor

MF-V4P is an experimental-grade glass continuous flow microchannel reactor that can be used as a continuous flow microreaction system platform for reaction screening or process optimization purposes.
LED Photoflow Reactor

The MF-V6G glass photoreactor adopts high-intensity LED lamp units, providing a series of fixed wavelengths, and the modular system is equipped with a flow reactor for photochemical applications.The continuous flow LED photoflow reactor system can be configured in a variety of ways with different pump and reactor options to run both manual and automated flow chemistry reactions.

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MICROREACTOR

Microflutech(Changzhou) Co., Ltd. has self-developed continuous flow chemical equipment, gradually developed products such as continuous flow micro-channel reactor and continuous flow tube type reactor, opening a new era with “more efficient, safe, and green” micro-chemical that China’s chemical industry .

Continuous Flow Glass Microchannel Reactor

Flow reactors (micro reactors) are devices in which chemical reactions take place in micro channels. Microreactors are continuous flow reactors (in contrast to batch reactors), whereby the chemical reaction happens continuously (flow synthesis). Microreactors offer many advantages over conventional batch reactors, including vastly improved heat transfer, increased control of reaction kinetics, higher yields (less side-reactions and impurities), improved operational safety and higher energy efficiency.

Continuous Flow Systems

To overcome the challenges and limitations posed by batch reactors in general, MICROFLU specializes in the design and manufacture of continuous flow reactor systems. These continuous flow reactors possess great potential to replace batch systems for most of the applications across various industries. MICROFLU’s specialty lies in customizing these reactors and developing solutions for them at the lab scale and expanding them to the pilot or semi-production scale. These continuous flow reaction systems have garnered significant interest worldwide and are quickly gaining recognition in mainstream chemistry as economical, safe and efficient solutions to the shortcomings posed by batch reactors.