With the widespread application of photocatalytic technology in the fields of energy and environment, researchers have higher and higher requirements for light sources. In response to this demand, the 300W xenon light source came into being. As the leading photocatalytic (photochemical) research-level light source in China, it provides a powerful and efficient experimental tool for researchers engaged in photocatalytic water splitting to produce hydrogen, photodegradation of pollutants, and various simulated sunlight acceleration experiments. Whether in catalyst performance evaluation, photocatalytic reaction optimization, or accelerated experiments simulating sunlight ultraviolet bands, xenon light sources can achieve accurate, high-energy density irradiation to meet various complex experimental needs.

Product Overview

This light source is an advanced device that combines high energy density, long-term continuous irradiation, and is widely used in various photocatalytic research fields. It is designed to be used in conjunction with various filters and reactors, and is suitable for online and offline analysis experiments of solid, liquid, and gas phase reactions, helping researchers to evaluate catalyst improvement effects and improve catalytic efficiency experiments. Its main application scenarios include but are not limited to:

Photolysis of water to produce hydrogen experiment

Photodegradation of pollutants research

Simulated sunlight visible light acceleration experiment

Simulated sunlight ultraviolet band acceleration experiment

Main features

Efficient xenon lamp steady current power supply

The light source is equipped with a dedicated 300W xenon lamp steady current power supply to ensure stable output of high energy, meet the long-term high-power irradiation requirements, and avoid the impact of current fluctuations on experimental results.

Powerful heat dissipation and cooling system

Equipped with efficient light box and heat dissipation module to ensure that the light source always maintains the optimal temperature during long-term operation to avoid overheating and equipment performance degradation.

Precise filter device

The light source is equipped with a steering head and a transmission-reflection filter (visible high reflection), which can be flexibly adjusted according to experimental requirements to achieve precise control of different bands, thereby evaluating the catalyst effect or the overall catalytic effect of the broadband pass.

Original imported 300W xenon lamp

Use high-quality original imported xenon lamps to ensure the stability and high light output of the light, support long-term continuous irradiation, and meet the long-term experimental requirements in scientific research projects.

Lifting device and adjustment function

The light source is equipped with a lifting device, which is convenient for adjusting the height of the light source according to experimental requirements and provides a more flexible operation mode. At the same time, an optical feedback external interface is also set on the control chassis, and users can add optical feedback circuits as needed to further improve the stability of the light source.

Use with multiple reactors

The xenon light source can be used with a variety of reactors (systems), including solid, liquid and gas reaction systems, to meet various experimental needs. Whether it is online or offline analysis, efficient photocatalytic reactions can be achieved.

Application field

Photocatalytic hydrogen production: In the energy field, xenon light sources provide high energy input for photocatalytic hydrogen production experiments, and are essential tools for studying efficient hydrogen production catalysts.

Photodegradation of pollutants: Used for organic pollutant degradation experiments in environmental governance research, providing data support for the environmentally friendly design of photocatalysts.

Simulated sunlight experiment: The tunable filter and broadband spectral characteristics of the xenon light source make it an ideal choice for simulated sunlight acceleration experiments and ultraviolet band experiments.

Catalyst evaluation: By combining with various filters, researchers can accurately evaluate the impact of narrow bands on catalyst performance and improve the design and application of catalysts.

Buy now to help your research

To ensure that you can enjoy the most efficient experimental equipment, we provide detailed product information and purchase channels. To learn more about the technical details and product parameters of the xenon light source, or to purchase directly online, please visit the following links:

300W xenon light source product details

Xenon light source online purchase

Xenon light source technical parameters and configuration instructions

Summary

As the leading photocatalytic research-level light source in China, the 300W xenon light source has become an essential tool for researchers in the field of photocatalysis with its high energy density, long-term continuous irradiation capability and precise light filtering control function. Whether in energy, environmental governance, or in the optimization and evaluation of catalysts, it can provide strong support for your experiments. Buy now to help your research achieve breakthroughs!