The CS933 photoelectrochemical cell made of quartz, sized 40×40×40 mm, is a main device for studying photoelectrochemical reactions in the laboratory. This cell is designed to measure the photocatalytic and photoelectrochemical activity of materials under light irradiation, for applications in water splitting, pollutant degradation, and solar energy conversion. The quartz material used ensures optimal UV light transmission, so measurement results are more accurate and consistent.
This product is widely used in chemistry, materials physics, and renewable energy laboratories for testing photoelectrodes and photocatalysts, as well as studying charge transfer mechanisms at electrode surfaces. This cell is also suitable for research on solar cell development, photochemical sensors, and semiconductor materials. With its precise cubic geometry, the cell can be easily integrated with standard electrochemical systems such as potentiostats in various experimental configurations.
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- Variant: CS933 Photoelectrochemical cell (quartz), dimensions 40×40×40 mm
- Handling: quartz is fragile, handle with care, clean gently, and store in a safe place to avoid scratches or cracks
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