• CS9331S Photoelectrochemical cell (dia. 24mm) - AMI Scientific
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Corrtest

CS933 Photoelectrochemical cell(quartz) 35*15*45mm

CS933 Photoelectrochemical cell(quartz) 35*15*45mm
Rp 8.896.000,00
Rp 8.896.000,00
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The CS933 Photoelectrochemical cell (quartz) is a specialized laboratory instrument designed for measuring electrochemical responses on material surfaces under light exposure. It plays a crucial role in photovoltaic and photokimic research by enabling the analysis of how materials interact with light. This device is essential for evaluating the efficiency of converting light energy into electrical energy in various materials, such as solar cells and semiconductors. Its design ensures reliable and accurate data collection in controlled experimental environments, supporting scientific investigations in energy and material sciences.

The cell is constructed from high-quality quartz, which offers exceptional transparency and resistance to UV radiation. These properties make it ideal for experiments requiring consistent light transmission and minimal interference. The material's durability against heat and corrosion further enhances its reliability in long-term use. The compact size and robust design of the CS933 Photoelectrochemical cell ensure ease of integration into diverse experimental setups, while its ability to minimize external light interference maintains measurement accuracy. These characteristics collectively make it a preferred choice for researchers seeking precision and consistency in their experiments.

In Indonesian laboratories, the CS933 Photoelectrochemical cell is widely used in renewable energy research, environmental chemistry, and material science. It supports studies on solar energy conversion, photochemical reactions, and the development of advanced materials. Its versatility and performance make it an essential tool for both academic and industrial research, contributing to the advancement of scientific knowledge in these fields.

  • Renewable energy research utilizes the CS933 Photoelectrochemical cell to evaluate the efficiency of solar cells and photovoltaic materials under controlled light conditions.
  • Environmental chemistry studies benefit from this cell by analyzing the photochemical reactions of pollutants and their degradation mechanisms under UV light.
  • Material science experiments rely on the cell to investigate the optical and electrochemical properties of semiconductors and other light-sensitive materials.
  • Photoelectrochemical analysis in electrochemistry uses the cell to study the interaction between light and electrode surfaces for energy conversion applications.
  • Semiconductor research employs the cell to assess the performance of photovoltaic materials and their response to varying light intensities and wavelengths.

Brand Corrtest
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Category Corrtest
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Physical form Quartz cell
Storage Store in a cool, dry place away from direct sunlight
  • Dimensions: 35*15*45mm

The CS933 Photoelectrochemical cell should be stored in a cool, dry environment to prevent degradation of the quartz material. It is recommended to keep the cell in a sealed container to protect it from dust and moisture. Avoid exposure to direct sunlight or extreme temperatures, as these can affect the optical properties of the quartz. When handling, ensure that the surface remains clean to maintain measurement accuracy. The cell should be stored upright to prevent any physical damage. In a laboratory setting, always use appropriate safety equipment when handling the cell to ensure safe and effective use.

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