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PFA tubular (photochemical) reactor

PFA tubular (photochemical) reactor

This cost-effective, versatile tubular reactor offers good compatibility with solids and is suitable for moderate-intensity gas-liquid, liquid-liquid, and liquid-solid mixing applications where heat transfer and mass transfer requirements are not stringent and the exothermic reaction is not violent. Users can equip the reactor with mercury lamps, xenon lamps, or LED light sources to conduct photocatalytic reactions.

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  • Summary： This cost-effective, versatile tubular reactor offers good compatibility with solids and is suitable for moderate-intensity gas-liquid, liquid-liquid, and liquid-solid mixing applications where heat transfer and mass transfer requirements are not stringent and the exothermic reaction is not violent. Users can equip the reactor with mercury lamps, xenon lamps, or LED light sources to conduct photocatalytic reactions.
Technical Specifications
ParameterStandard SpecificationCustomization Options
MaterialPFA (Perfluoroalkoxy)Customizable to PTFE, FEP, etc.
Tubing Size1/8 inchCustomizable sizes available
Internal Volume/—
Mixing StructureNo structure (Straight/Open tube)—
Operating Temperature-25°C to 195°C—
Operating Pressure< 2 MPa—
Applications & Suitability

  • Excellent Solid Tolerance: The "no structure" design prevents particle accumulation, making it highly compatible with solids (liquid-solid systems) and significantly reducing clogging risks.

  • Reaction Conditions: Best suited for processes with mild exothermic reactions and moderate requirements for heat and mass transfer.

  • Phase Mixing: Designed for moderate-intensity mixing in gas-liquid, liquid-liquid, and liquid-solid workflows.

  • Photochemical Ready: Perfect for photocatalytic reactions. Users can easily pair the tubing with external light sources such as Mercury lamps, Xenon lamps, or LED arrays due to the excellent light-transmittance of fluoropolymers (PFA/FEP).