CEL-PCRD50-2 Photochemical Reactor (LED) Introduction: The CEL-PCRD50-2 photochemical reactor (LED) mainly applies catalyst screening to improve the efficiency of photocatalytic experiments. It can simultaneously conduct two sample experiments, achieving analysis of samples at different wavelengths and conditions, and accelerating the experimental process. The catalytic reaction tube has achieved functions such as temperature control, ventilation, vacuum, stirring, and selecting various wavelengths. The CEL-PCRD50-2 photochemical reactor (LED) is mainly used to study photochemical reactions in gas or liquid phase media, fixed or flow systems, photocatalysts, and other conditions. It has functions such as providing analysis of reaction products, determining reaction kinetics, and measuring quantum yields, and is widely used in research fields such as photochemical catalysis, chemical synthesis, photocatalytic degradation, catalytic hydrogen production, CO2 photocatalytic reduction, photocatalytic nitrogen fixation, environmental protection, and life sciences. Features: 1. Use side irradiation to increase the irradiation area by 10 times that of the base irradiation; 2.2 bit independent CNC, stirring, light intensity, multi wavelength, ventilation, and vacuum pumping; 3. Wavelength can be matched arbitrarily; Optional wavelengths 365nm, 395nm, 405nm, 420nm, 455nm, 470nm, 500nm, 520nm, 590nm, 620nm, 660nm, 740nm, 810nm, 850nm, 940nm, white LED; 4. Realize simultaneous stirring of 2-position reactors for better mixing of reactants; 5. Adopting modular design, multi band irradiation can be achieved by simply replacing the PCRS25 module according to the required frequency band; 6. LED light sources do not require water cooling or filters, and the illumination is uniform. Technical parameters: Function: 2-position photochemical reactor: independent CNC, stirring, adjustable light intensity, multi wavelength selection, ventilation; The PCRS25 photochemical reactor light box achieves online hot swapping and band replacement. Band: Standard configuration: Dual position white LED: optional 365nm, 395nm, 405nm, 420nm, 455nm, 470nm, 500nm, 520nm, 590nm, 620nm, 660nm, 740nm, 810nm, 850nm, 940nm Control mode: digital display, knob adjustment Total input power: 100W, AC220V, ± 0.01% LED power consumption: 2 * 25W, DC38V, ± 0.01% Illumination method: 2 independent LED side illumination, with an illumination area of 100mm * 20mm (50ml); Optional 100mm * 30mm (100ml) Sample size: 2 50ml quartz reaction tubes+temperature controlled cold well (optional 100ml) Standard configuration: One set of host system, two sets of CEL-PCRS25 photochemical reactor light boxes, two sets of quartz reaction tubes, two sets of PEEK special connectors and pipelines
Introduction: The CEL-PCRD50-2 photochemical reactor (LED) mainly applies catalyst screening to improve the efficiency of photocatalytic experiments. It can simultaneously conduct two sample experiments, achieving analysis of samples at different wavelengths and conditions, and accelerating the experimental process. The catalytic reaction tube has achieved functions such as temperature control, ventilation, vacuum, stirring, and selecting various wavelengths. The CEL-PCRD50-2 photochemical reactor (LED) is mainly used to study photochemical reactions in gas or liquid phase media, fixed or flow systems, photocatalysts, and other conditions. It has functions such as providing analysis of reaction products, determining reaction kinetics, and measuring quantum yields, and is widely used in research fields such as photochemical catalysis, chemical synthesis, photocatalytic degradation, catalytic hydrogen production, CO2 photocatalytic reduction, photocatalytic nitrogen fixation, environmental protection, and life sciences.
