Introduction: The MRC-G photocatalytic tester has a minimalist integrated design, integrated circulation system, automatic sampling system and light source. The sampling time and sampling times can be set arbitrarily. The system is fully computer controlled and does not require cumbersome valve operations. It is suitable for online analysis of catalyst evaluation in various experimental forms such as photocatalysis, photoelectrocatalysis, photothermal catalysis, electrocatalysis, and thermal catalysis, and supports related experiments such as photolysis of water to hydrogen, oxygen, total water decomposing, carbon dioxide reduction, photocatalytic nitrogen fixation, etc. . The MRC-G photocatalytic tester is designed with a magnesium-aluminum alloy bracket and shell, and the space silver surface is sandblasted. The reaction system adopts a fully enclosed design. The acrylic anti-glare door prevents 99.9% of external natural light interference and more than 95% of the damage. The experimental glare leaked. Technical features: 1. Efficient circulation, no need to wait, using patented magnetic kinetic energy turbocharged gas circulation device The average cycle time of H2 and O2 is 3 minutes, and the repeatability of the experiment is up to 99.999% CO2 mixed gas circulation uniform time is 5 minutes, experiment repeatability reaches 99.99% 2. The relative vacuum is at 25℃, the dynamic test is 120 hours, and the vacuum meter shows the data as -100Kpa (-0.1MPa) The vacuum degree of jue is at 20℃, the altitude is near 0M, the vacuum degree is -101.325KPa, and the pressure is less than 1000Pa. 3. Use high-quality pyrex glass material, high vacuum system circulation pipeline, all glass pipelines are built-in, and the valve and glass pipeline are protected by a metal shell 4. The online reactor adopts high-precision flange seal, imported material fluorine rubber sealing ring and GGS2 ultraviolet high-transmittance quartz material light-transmitting window 5. The standard online reactor is suitable for 30-80ml solution experiment, and the lower limit solution volume is 5ml to the upper limit solution volume is 250ml. 6. Adopting high-precision counter-grinding vacuum valve group, highly streamlined to 3 glass valves, with MerryChange self-inspection and maintenance system to prevent man-made damage, maintenance-free glass system 7. The experimental light source adopts built-in integration, and the light source is implanted at the back end of the experimental instrument to facilitate the operation of the reactor 8. After the third-party safety and stability test and certification, the quality meets the relevant quality certification standards 9. Online testing of photocatalytic quantum yield and quantum efficiency, which can be connected to smart phones to share data 10. Experimental accuracy. Under different conditions, the detection limit of H2 is 1μL, the detection limit of O2 is 5μL, the detection limit of CO is 0.05μL, and the detection limit of CH4 is 0.08μL. 11. Adopting circulating water cooling, the experiment temperature can be controlled at the required temperature, and the condensing reflux temperature can be controlled at -10℃ to 10℃. With antifreeze coolant, it can prevent volatile substances from entering the circulation system and MC Magnesium automatic sampling system 12. Hydrogen, oxygen, nitrogen, argon, CO, CO2, CH4 gas sources can be configured to meet various experimental needs 13. Specifications: 480mm*390mm*700mm, relatively small in size and high in integration 14. Small size, high accuracy, higher detection accuracy and data reliability than other similar products (20,000 hours of actual measurement) 15. Installation and testing before leaving the factory, no on-site welding and installation are required, and training can be started by connecting the chromatogram
Introduction: The MRC-G photocatalytic tester has a minimalist integrated design, integrated circulation system, automatic sampling system and light source. The sampling time and sampling times can be set arbitrarily. The system is fully computer controlled and does not require cumbersome valve operations. It is suitable for online analysis of catalyst evaluation in various experimental forms such as photocatalysis, photoelectrocatalysis, photothermal catalysis, electrocatalysis, and thermal catalysis, and supports related experiments such as photolysis of water to hydrogen, oxygen, total water decomposing, carbon dioxide reduction, photocatalytic nitrogen fixation, etc. . The MRC-G photocatalytic tester is designed with a magnesium-aluminum alloy bracket and shell, and the space silver surface is sandblasted. The reaction system adopts a fully enclosed design. The acrylic anti-glare door prevents 99.9% of external natural light interference and more than 95% of the damage. The experimental glare leaked.
