Glass Microreactors

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.

  • Temperature range: -20-200℃
  • Pressure tolerance: 0-20bar
  • Flow rate: 0-10ml/min (up to 0.6 kg/h)
  • Flexible volume: /
  • Summary: 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.

The 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. The glass continuous flow microchannel reactor integrates 8 reaction modules, which can be operated in series or in parallel to meet the needs of different working conditions! The MF-V4P glass continuous flow microchannel reactor enables overall reaction temperature control through an external heat exchanger. The micro reaction platform has an observation window for visualization or for photochemical reactions.

Features

· Equipped with heat exchanger - can realize the overall temperature control of the reaction

· Visualization - the observation window can directly observe the process situation or use the microscope to capture the fluid, etc.

· Photochemical reactions - windows can use LED or mercury lamps for photocatalytic processes

Good corrosion resistance - Compatible with all reagents except hot concentrated alkali, molten alkali metal, hot concentrated H3PO4, HF and long-term stable operation under strong corrosive agents

· Good heat and mass transfer performance

·Small liquid holding capacity (microliters) - less consumption of raw materials/reagents required for the reaction, which can be used for experimental exploration of precious raw materials and to improve the safe synthesis of dangerous substances. High economy for the synthesis of expensive reagents, reducing the cost of process development

· Compared with the amplification effect of traditional (coil) tubular continuous flow reactors, plate continuous flow reactors have the advantages of increased yield, better mass transfer, and easy amplification

Specification

Material: glass

Volume: /

Import and export: two in and one out or one in and one out

Flow rate: 0-10ml/min (up to 0.6 kg/h)

Use temperature: -20-200℃

Pressure range: 0-20bar

Wetted Materials: Glass, PFA, PPS, PTFE and FFKM, etc.

Injection source: syringe pump, plunger pump, etc.

Scope of application

· Explore new reaction conditions

· Process parameter optimization and validation

· Component screening

· Kinetic data extraction

· Catalyst screening

· Evaluate process feasibility under flow conditions

· Teaching and training