Photochemical reactions are sensitive to optical path and mixing. The thin-layer structure of a microchannel lets reactants receive light fully and exchange heat rapidly, avoiding the uneven illumination and local overheating of traditional batch reactors—ideal for fast, controllable photochemical synthesis.
| Device | Phase System | Best For |
|---|---|---|
| PLR PMCD-G20 Plate-Type Microchannel Photoreaction Device | Liquid-phase | Continuous-flow synthesis |
| PLR-SMCR1000 Multiphase Microchannel Reaction System | Gas-liquid-solid | Multiphase photoreactions |
The PLR PMCD-G20 Plate-Type Microchannel Photoreaction Device adopts a flat sandwich structure with a large transparent face and short optical path, suited to liquid-phase photochemical synthesis and continuous-flow reactions. Its modular design eases series connection of multiple stages for continuous photochemical production.
The PLR-SMCR1000 Multiphase Microchannel Reaction System targets gas-liquid-solid multiphase systems, achieving efficient three-phase contact inside the microchannel—suited to photocatalytic degradation, photohydrogenation, and other multiphase photoreactions, with mass transfer far above batch reactors.
Free consultation: Stuck on mixing and temperature control in photochemical synthesis? Perfectlight's PLR PMCD-G20 plate-type and PLR-SMCR1000 multiphase microchannels turn microchannel photoreactions into continuous-flow standard parts. Contact Perfectlight to configure yours.
Tel: 400-1161-365 / 010-62128921 Perfectlight Official Website
Their thin-layer structure gives full light exposure and rapid heat exchange, avoiding the uneven illumination and local overheating common in batch reactors.
It is a plate-type device with a large transparent face and short optical path, ideal for liquid-phase and continuous-flow photochemical synthesis.
Pick the PLR PMCD-G20 for pure liquid-phase reactions and the PLR-SMCR1000 for gas-liquid-solid multiphase systems, while ensuring proper light-source-to-channel alignment.
This article does not constitute a performance commitment; specific technical parameters are subject to the actual product documentation and mutual confirmation.
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