C013-1 Open All-Quartz Photoelectrochemical Cell

Product Introduction

The C013-1 Open All-Quartz Photoelectrochemical Cell is designed for photoelectrochemical experiments and laboratory electrochemical research requiring high optical transparency. Its cell body is made of all-quartz material with one-piece polished construction, providing light transmittance above 95% without adhesive joints.

The cell features a PTFE cover and a square cell structure measuring 12 × 12 mm. It is supplied with supporting electrodes, including a silver/silver chloride reference electrode, platinum wire electrode, and platinum mesh electrode. The working electrode can also be customized with a 3 mm glassy carbon or gold plate according to experimental requirements.

As an open-cell configuration, the C013-1 is suitable for experiments that do not require a sealed system. For sealed applications, the manufacturer recommends the C013-2 or UV4000 models.

Performance Features

• High optical transmittance: All-quartz construction provides light transmittance above 95%.

•  One-piece polished cell body: Polished on all sides without adhesive bonding.

• Open-cell design: Provides convenient access for electrolyte handling and electrode configuration.

•  PTFE cover: Offers a chemically resistant cover structure for laboratory use.

•  Multiple electrode configurations: Supports a silver/silver chloride reference electrode, platinum wire electrode, and platinum mesh electrode.

•  Customizable working electrode: Optional 3 mm glassy carbon or gold plate working electrode.

•  Compact square cell: Cell dimensions are specified as 12 × 12 mm, with a gap size of 86.5 × 1 mm.

Working Principle

The C013-1 provides an optically transparent environment for photoelectrochemical measurements. Light passes through the quartz cell body and reaches the electrode and electrolyte system, enabling researchers to investigate electrochemical responses under illumination.

The reference electrode provides a reference potential, while the platinum counter electrode supports current flow in the electrochemical circuit. The working electrode, which can be configured with different materials such as glassy carbon or gold, serves as the main surface for electrochemical reactions and measurements.

Technical Parameters

Application Scenarios

•  Photoelectrochemical research: Studies of electrochemical responses under light irradiation.

•  Electrode material evaluation: Testing glassy carbon, gold, and other working electrode materials.

• Electrochemical interface studies: Investigation of electrode-electrolyte interactions.

• Photocatalysis-related research: Laboratory experiments involving light-assisted electrochemical processes.

• Optical electrochemical measurements: Experiments requiring high-transmittance quartz cell construction.

Comparison: C013-1 Open Cell vs. Sealed Cell Options

Frequently Asked Questions

1. What is the C013-1 photoelectrochemical cell used for?

The C013-1 is designed for photoelectrochemical experiments and electrochemical research requiring high optical transparency and an open-cell configuration.

2. What material is used for the cell body?

The cell body is made of all-quartz material with one-piece polished construction and no adhesive joints.

3. What is the light transmittance of the C013-1?

The quartz cell body has a specified light transmittance above 95%, supporting optical measurements during experiments.

4. Which electrodes are included in the cell configuration?

The specified electrode configuration includes a 3.8 mm Ag/AgCl reference electrode, a 0.5 mm platinum wire electrode, and a 6 × 7 mm platinum mesh electrode.

5. Can the working electrode be customized?

Yes. The working electrode can be replaced with a 3 mm glassy carbon or gold plate according to experimental requirements.

6. What is the size of the C013-1 cell?

The cell is a square structure measuring 12 × 12 mm. The specified gap size is 86.5 × 1 mm.

7. Is the C013-1 a sealed photoelectrochemical cell?

No. The C013-1 is an open-cell model. For experiments requiring a sealed system, the manufacturer recommends considering the C013-2 or UV4000.