The continuous-flow photoreactor deeply integrates photochemical reactions with continuous-flow processes. lt shortens the optical path from the centimeter level of traditional kettle reactors to millimeter or micrometer level, greatly boosting photon utilization rate and reaction efficiency. Supported by a precise multi-channel parallel/series structure, reactants flow continuously and steadily under uniform illumination to achieve dual enhancement of mass and heat transfer, delivering industri...
Microchannel photochemical reactors integrate microreaction technology with photochemistry, serving as a platform that enables more efficient,precise and safe utilization of lightenergy for chemical reactions.Compared with traditional batch tankreactors,they achieve substantial improvements in light energy utilization, mass and heat transfer, reaction rate and operational safety, making them core equipment for modern fine chemical engineering, pharmaceutical synthesis and new material preparatio...
Adopting in-reactor illumination technology, the light source is directly immersed inside the reactor for extremely high luminous efficiency. It is applicable to gas-liquid two-phase and heterogeneous reaction systems with more uniform light distribution. Equipped with an intelligent control system to realize real-time parameter monitoring, it serves as an ideal option for large-scale industrial reactions such as photochlorination and photooxidation.
Using im mersive cold light source irradiation technology with local modular electrical control design, space-saving stacking configuration, suitable for multi-stage parallel industrial photochemical production with lower energy consumption and flexible scalability.
Designed for large-scale continuous photochemical production, using rising /falling film reactor design with high lamp power and reaction volume up to 5000L+ . Equipped with intelligent control systems to meet stringent industrial-grade photochemical synthesis requirements.
Designed for laboratory R&D, supporting process validation from gram-scale to tens of liters, meeting precise control needs for photochemical reactions. Integrated touchscreen + PLC control, freely switchable rising /falling film modes, with comprehensive nitrogen protection.
Raiscom has developed a variety of ultraviolet lamps with different spectra for different applications, including material curing and drying,surface treatment,water treatment,and exposure,with precisely matched dedicated power supply equipment.
UV-LED modules are used for material curing &drying,surface treatment,water treatment,exposure,and photochemical synthesis. Independently developed by Raiscom with long lifespan,high monochromaticity,and high energy density.
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