CEL-GPR100 gas-phase photocatalytic reactor Introduction: CEL-GPR100 gas-phase photocatalysis reactor is made of corrosion-resistant stainless steel, sealed with flange, equipped with 3 standard connectors for gas inlet and outlet, and integrally formed water jacket interlayer for temperature control, lined with glass and PTFE bushing. The diameter of quartz window is 55mm, the outer diameter of reactor is 106mm, and the height is 78mm. The gas-phase photocatalytic reactor is mainly used with 300W photocatalytic xenon lamp light source and 100W high-power LED light source, and can be used with CEL-GPPC gas-phase catalytic system and GC7920 reverse control gas chromatography to build a gas-solid photocatalytic reaction test system. Technical parameters: CEL-GPR100 gas-phase photocatalytic reactor Pressure resistance: 2MPa Seal: flange O-ring seal Light window: quartz glass, diameter 52mm Kettle outer diameter * height: 106mm * 78mm Kettle body material: integrated molding processing, 316L stainless steel Kettle interlayer temperature control: water bath or oil bath circulation constant temperature, 10mm joint Valve: American anlok needle valve, ball valve, connector, pipeline, 3mm pipeline connector, quick plug connector Temperature: standard temperature display header, real-time monitoring of reaction temperature Built-in: 2 quartz glass reaction linings for gas-liquid-solid multiphase reaction
Introduction: CEL-GPR100 gas-phase photocatalysis reactor is made of corrosion-resistant stainless steel, sealed with flange, equipped with 3 standard connectors for gas inlet and outlet, and integrally formed water jacket interlayer for temperature control, lined with glass and PTFE bushing. The diameter of quartz window is 55mm, the outer diameter of reactor is 106mm, and the height is 78mm. The gas-phase photocatalytic reactor is mainly used with 300W photocatalytic xenon lamp light source and 100W high-power LED light source, and can be used with CEL-GPPC gas-phase catalytic system and GC7920 reverse control gas chromatography to build a gas-solid photocatalytic reaction test system.
