YM050 Photoelectric Electrolytic Cell

Product Introduction

The YM050 Photoelectric Electrolytic Cell is a compact, sealed cell designed for photoelectrochemical experiments involving ultraviolet and visible light. Its transparent quartz construction provides optical access from multiple sides, making it suitable for laboratory applications requiring light transmission and electrochemical analysis.

Designed for small-volume testing, the YM050 is available in 5 mL, 25 mL, and 40 mL configurations. Its compact design supports efficient sample utilization and is suitable for research applications in biochemistry, medicine, and related scientific fields.

Performance Features

1. Transparent Quartz Construction: Supports UV-visible light transmission for photoelectrochemical measurements.

2. Sealed Cell Design: Helps maintain controlled experimental conditions and minimize sample exposure.

3. Multiple Volume Options: Available in 5 mL, 25 mL, and 40 mL capacities to accommodate different sample requirements.

4. Compact Sample Requirements: Suitable for experiments where sample quantity is limited.

5. Magnetic Stirring Compatibility: Can be configured with a magnetic stirring assembly to promote solution mixing.

6. Efficient Testing: Supports rapid laboratory measurements with appropriate experimental configurations.

7. Broad Research Applications: Suitable for photoelectrochemical studies in biochemistry, medicine, and materials research.

8. PTFE Configuration: A full-PTFE photoelectrochemical cell configuration is available for applications requiring chemical resistance.

Working Principle

The YM050 Photoelectric Electrolytic Cell provides a reaction chamber for experiments combining light irradiation and electrochemical processes. Ultraviolet or visible light passes through the transparent quartz body and interacts with the sample or photoactive electrode.

When connected to a compatible electrochemical workstation, the cell enables researchers to investigate electrochemical responses under controlled illumination. Optional magnetic stirring can help maintain solution uniformity during measurements.

The resulting performance depends on the electrode configuration, light source, sample properties, and experimental conditions.

Technical Parameters

Application Scenarios

• Photoelectrochemical Research: Investigating light-induced electrochemical reactions under UV-visible irradiation.

• Biochemical Analysis: Supporting laboratory experiments involving small sample volumes.

• Medical Research: Providing a cell platform for relevant electrochemical and photoelectrochemical studies.

• Photocatalysis Studies: Evaluating the behavior of photoactive materials under controlled illumination.

• Materials Research: Studying electrode materials and light-responsive functional materials.

• Small-Volume Experiments: Reducing sample consumption in research workflows where sample availability is limited.

YM050 vs. Conventional Photoelectrochemical Cells

Frequently Asked Questions (FAQ)

1. What is the YM050 Photoelectric Electrolytic Cell used for?

It is designed for photoelectrochemical experiments using ultraviolet and visible light, including biochemical research, medical research, and materials testing.

2. What sample volumes are available?

The YM050 is available in 5 mL, 25 mL, and 40 mL configurations.

3. Is the cell suitable for UV-visible light experiments?

Yes. Its transparent quartz construction is designed to provide optical access for ultraviolet and visible light applications.

4. Is the YM050 a sealed cell?

Yes. It is described as a sealed photoelectrochemical cell. Specific sealing performance and port configurations should be confirmed with the supplier.

5. Does the cell support magnetic stirring?

A compatible magnetic stirring assembly can be configured to help improve solution mixing during experiments.

6. Is a PTFE version available?

Yes. A full-PTFE photoelectrochemical cell configuration is listed for applications requiring a PTFE construction.

7. Can the YM050 be used with an electrochemical workstation?

It can be integrated with a compatible electrochemical workstation when the electrode arrangement and connections match the experimental requirements. Confirm the available electrode ports before ordering.