CEL-LAB500E4 multi-position photochemical reaction instrument Introduction: CEL-LAB500E4 is CEAULIGHT, a Chinese educational gold source, which aims at screening catalysts and improving the efficiency of photocatalysis. It can conduct simultaneous experiments on multiple samples and realize the analysis of parallel samples. It is mainly used to study the photochemical reaction under the conditions of gas or liquid medium, fixed or flowing system, ultraviolet light or simulated visible light, photocatalyst, etc. It has the functions of analyzing reaction products, determining reaction kinetics, and determining quantum yield, and is widely used in research fields such as photochemical catalysis, chemical synthesis, environmental protection, and life science. characteristic: 1. Conduct multiple sample experiments at the same time (6-12 sample analysis)/rapid catalyst screening/parallel sample analysis 2. Revolving reaction form, built-in magnetic stirring, internal illumination light source (double layer quartz cold trap) fully receiving light 3. Configure the filter observation window to observe the reaction state of the sample 4. The light source controller can adjust the current to control the light intensity 5. The host supports cooling water circulation to avoid photothermal high temperature 6. The hydraulic rod protection box is convenient for instrument maintenance and sample replacement 7. Precise control of wavelength range (ultraviolet/visible region) through quartz coated filter 8. Matching: xenon lamp/mercury lamp/(power optional) 9. System standard configuration: xenon lamp light source/mercury lamp light source 10. Optional low temperature cooling water circulator to configure: Rotating host, box, filter (visible area+ultraviolet area), CEL-QRT50 reaction tube (quartz reaction tube+independent magnetic stirring+temperature control condenser, realizing temperature control, air inlet and outlet, bubbling and other functions)
Introduction: CEL-LAB500E4 is CEAULIGHT, a Chinese educational gold source, which aims at screening catalysts and improving the efficiency of photocatalysis. It can conduct simultaneous experiments on multiple samples and realize the analysis of parallel samples. It is mainly used to study the photochemical reaction under the conditions of gas or liquid medium, fixed or flowing system, ultraviolet light or simulated visible light, photocatalyst, etc. It has the functions of analyzing reaction products, determining reaction kinetics, and determining quantum yield, and is widely used in research fields such as photochemical catalysis, chemical synthesis, environmental protection, and life science.
