1. Optional light sources with different wavelengths and adjustable light source power
2. The reactor is small in size and takes up little space when placed in a fume hood.
3. The light intensity is as high as nearly 700 mW/cm2, and the light decay is ultra-low light loss of <5%/year.
4. Precise light source in the range of 365-950nm, with various specifications to choose from, and the light source components are easy to replace.
5. Semiconductor electronic heat dissipation and better temperature control effect
6. Suitable for NMR tubes, 5/10/20 mL reaction bottles, 25/50/100 mL reaction tubes, and the reaction tubes support customization
*The following content is generated by AI and is for reference only.
Overview
A photochemical parallel reactor is a specialized laboratory instrument designed for scalable photocatalytic experiments. Constructed primarily from borosilicate glass and high-grade stainless steel, these units adhere to ISO standards for chemical resistance and optical transparency. The system features modular reaction vessels with integrated UV-LED arrays to ensure uniform irradiation across multiple samples simultaneously.
Application
- Environmental Engineering: Wastewater treatment via advanced oxidation processes (AOP) for degrading organic pollutants.
- Pharmaceutical Research: Synthesis of complex molecules through light-driven catalytic reactions.
- Material Science: Characterization of semiconductor properties and solar fuel generation studies.
Precautions
- Ensure strict eye protection when operating UV sources to prevent radiation hazards.
- Maintain cooling systems to prevent thermal degradation of sensitive catalysts.
- Schedule periodic replacement of light sources and seals to maintain irradiance consistency and prevent leaks.