CEL-CTLC100 circulating photochemical temperature control reactor Introduction: CEL-CTLC100 circulating photochemical temperature control integrated reactor, the reactor contains a temperature controlled water jacket integrated sandwich, equipped with ultraviolet high transmittance quartz window, and flange seal; The vent pipe goes deep into the bottom of the reactor, and two detection ports are reserved at the side of the reactor. The detection port can insert the sensor probe into the reactor to measure data, and can also be used as a sampling port. The circulation interface is reserved to realize gas or liquid circulation. The glass throttle can realize gas on and off and circulation on and off, and can realize visible light, ultraviolet light photocatalysis, gas-liquid, gas-phase catalysis, catalytic degradation, hydrogen production, oxygen production CO2 reduction is easy to operate, and the reaction device is easy to build, which can be applied to different types of reaction forms. Material: high borosilicate glass material integrated molding Technical parameters: Reactor volume: 250ml Transparent window: quartz glass, diameter 100mm Diameter of installable temperature thermocouple: 3mm Diameter of installable sensor probe: 10-12mm Product configuration: 1. One circulating photochemical temperature control integrated reactor; 2. One UV high transmittance quartz plate; 3. Two corrosion-resistant O-rings (for flange); 4. Three C-type flange clamps; 5. Five corrosion-resistant O-rings (for sensor probe); 6. 5 corrosion-resistant O-rings (for thermocouples); 7 5 T-shaped injection pads; 8 10ml plastic syringe 2; 9. One metal needle.
Introduction: CEL-CTLC100 circulating photochemical temperature control integrated reactor, the reactor contains a temperature controlled water jacket integrated sandwich, equipped with ultraviolet high transmittance quartz window, and flange seal; The vent pipe goes deep into the bottom of the reactor, and two detection ports are reserved at the side of the reactor. The detection port can insert the sensor probe into the reactor to measure data, and can also be used as a sampling port. The circulation interface is reserved to realize gas or liquid circulation. The glass throttle can realize gas on and off and circulation on and off, and can realize visible light, ultraviolet light photocatalysis, gas-liquid, gas-phase catalysis, catalytic degradation, hydrogen production, oxygen production CO2 reduction is easy to operate, and the reaction device is easy to build, which can be applied to different types of reaction forms. Material: high borosilicate glass material integrated molding
