Perfectlight Technology has nearly two decades of experience in the design and manufacturing of glass reactors. We can provide glass reactors for various reaction types, reaction systems, specifications, and application scenarios. When selecting a glass r

In environmental remediation research, there is a need for gases to participate in reactions in a flowing manner. This mainly includes photocatalytic CO2 hydrogenation reactions, photocatalytic methane reforming reactions, and photocatalytic degradation r

The photocatalytic reduction of CO₂ holds characteristics such as being environmentally friendly, operating under mild conditions, and having access to abundant feedstock sources. Consequently, it is considered one of the effective pathways towards achiev

Solar energy conversion efficiency is a key parameter in assessing the process of photocatalytic water splitting, and it serves as a significant indicator of the performance of the photocatalytic water splitting system. Currently, Incident Photon-to-Elect

The photocatalytic CO₂ reduction process simulates photosynthesis, using solar energy to convert CO₂ and H₂O into fuels and high-value chemicals. The photocatalytic method, known for its green and mild conditions, is considered one of the most promising s

In the article "What to Do When Xenon Lamp Sources Can't Meet Large-Area Irradiation Experiment Needs," it has been explained that the output light spot of a xenon lamp source is not uniform. For laboratory-level liquid-solid phase photocatalytic react

The standard solar spectrum at the Earth's surface is referred to as AM 1.5G, with a solar irradiance of 1000 W/m2, which can also be expressed as 100 mW/cm2. This spectrum is typically achieved by using a xenon lamp source combined with an AM 1.5G filte

I believe you have encountered descriptions like "Xenon lamp source with AM 1.5G filter" in many documents, which refers to the use of a xenon lamp source with an AM 1.5G filter. But do you know what AM 1.5G actually means? And how is the AM1.5G solar s

Hydrogen, the oldest element in the universe, existed before the birth of the sun; hydrogen is also the most abundant element in the universe, with hydrogen atoms constituting 88.6% of all the atoms in the cosmos. Hydrogen not only exists in water, but th

The photoreactor is the core component of a photocatalytic reaction system. Perfectlight has developed and accumulated various reactor models suitable for different types of photocatalytic reactions. These reactors can meet the diverse requirements of use

Since its establishment in 2006, Perfectlight has been at the forefront of innovation, introducing domestically the PLS-SXE300 xenon lamp source based on EXLITE company's xenon lamp bulb. With a cumulative sales volume of approximately 8000 units, this

In the field of photocatalytic research, it is common practice to use normalized reaction rates (μmol·h-1·g-1 or mmol·h-1·g-1) to measure the catalytic activity of catalysts. However, due to variations in conditions such as light sources, reactors, and ca