PLS-SME400E H1 Xenon Lamp Light Source

PLS-SME400E H1 Xenon Light Source is a research-grade light source for photocatalysis (photochemistry), providing intense spectral output from ultraviolet to near-infrared regions. Widely used in research areas such as photocatalytic hydrogen production, photodegradation of pollutants, various simulated sunlight visible light accelerated experiments, and various simulated sunlight ultraviolet band accelerated experiments. The light source can achieve high energy density and long-term continuous irradiation. When combined with various filter combinations, it can achieve narrow-band catalyst improvement effect evaluation and overall broadband catalytic effect evaluation. This product can be used with various reactors (systems) to complete online and offline analysis experiments in solid, liquid, and gas phases. This series of light sources can expand the research scope beyond the Earth's atmosphere solar spectrum.

Key Features

● Brand new optical structure design, greatly improving light efficiency, especially suitable for photo-thermal catalytic reactions;

● Upper computer software control, allowing control and monitoring of the light source status through a computer;

● Has a timed shutdown function to help users arrange experimental time rationally;

● Absolute light intensity mode, allowing comparison of light intensity between different light sources in the same series;

● Uses a new bulb model to enhance light power output;

● More accessories for a wider range of applications.

Application Fields

▲ Particularly applicable △ Relatively applicable ○ Can be used

▲ Photocatalytic reactions (photocatalytic decomposition of water for hydrogen/oxygen, full photocatalytic decomposition of water, photocatalytic CO₂ reduction; photodegradation of VOCs, formaldehyde, nitrogen oxides, sulfur oxides and other gas pollutants; photodegradation of liquid pollutants; membrane photocatalysis, etc.)

▲ Photo-thermal catalytic reactions (photo-thermal CO₂ reduction, seawater evaporation, etc.)

△ Photoelectrocatalytic testing (PEC photoelectrochemistry, solar cell testing, surface photovoltage spectrum, etc.)

△ Light testing (accelerated experiments, quantum yield testing, etc.)

○ Biological optics (material light resistance experiments, etc.)

Technical Parameters