PL-SX100A Multi-Channel Photochemical Reactor (Multi-position, Multi-wavelength)
Product Overview:
The PL-SX100A Multi-Channel Photocatalytic Reaction Apparatus is designed for various wavelengths of light source components, enabling photocatalytic experiments across different wavelengths, making it an ideal instrument for catalyst selection. The PL-SX100A allows for simultaneous testing of multiple samples, reducing the number of experiments and enhancing efficiency. It is widely used in studying photochemical reactions under conditions such as gaseous and liquid phase media, fixed and flowing systems, photocatalytic gas production, ultraviolet light, monochromatic light, and visible light illumination, suitable for rapid screening of catalysts. It features functions such as providing samples of analyzed reaction products and free radicals, determining reaction kinetic constants, and measuring quantum yields, applicable in research fields such as environmental protection and life sciences.
Instrument Features:
◆ Achieved simultaneous testing of multiple samples, accelerating experimental efficiency.
This instrument features an efficient water circulation constant-temperature module, enabling a constant-temperature reaction of the reaction solution (the reaction temperature can be set freely).
The monochromatic light emitted by the light source does not require a filter, and the light wave is relatively pure without interference from noise in the experiment.
◆Samples can be irradiated with multiple different wavelengths of light from the same batch of experiments.
Multiple test wavelengths are available, and the output light intensity can be adjusted.
The light source emits no heat and has a long lifespan.
◆ Reactor reaction capacity and styles are available for selection.
Technical Specifications:
PL-LED100F LED Light Source
Product Overview:
The PL-LED100F series is a high-energy LED light source, specifically designed for research in photocatalytic applications. The light source is equipped with high-energy LED beads, emitting strong and stable monochromatic light waves upon activation. The visible white light beads have a color temperature close to natural daylight, with high energy density and stable output, making them an ideal light source for replacing traditional gas discharge sources used to extract monochromatic light. It is now applied in fields such as photocatalysis, industrial catalysis, photohydrogen production, photochemical synthesis, photo-degradation of pollutants, water pollution treatment, biological lighting, optical testing, various monochromatic light acceleration experiments, and ultraviolet band acceleration experiments.
Advantages over traditional light sources: 1. Lower overall energy consumption. 2. Excellent monochromaticity of light waves. 3. High energy density per single wavelength spot. 4. Wide adjustable energy range. 5. Long-lasting lamp life.
Instrument Features:
◆ Utilizing large-aperture quartz lenses to enhance light collection efficiency.
◆Excellent monochromaticity in emission wavelength, with high output energy at the monochromatic wavelength.
◆The cooling method employs dual-fan circulation cooling.
The light head can be mounted horizontally or vertically.
◆The digital ammeter displays current and adjustable light intensity.
The light source working height can be freely adjusted.
Optional UV protective goggles available.
Technical Specifications:
