Pt310 Platinum Mesh Electrode for Electrochemical Experiments

Product Introduction

The Pt310 Platinum Mesh Electrode is designed for electrochemical experiments and laboratory research requiring a high-purity platinum mesh working surface. Manufactured using platinum mesh with a purity of 99.95%, it features a PTFE electrode stem for convenient handling and integration into compatible electrochemical setups.

Available in square or circular mesh shapes, the electrode comes in multiple standard sizes, including 10 × 10 mm, 10 × 15 mm, 10 × 20 mm, 15 × 15 mm, 20 × 20 mm, and 30 × 30 mm. Custom shapes and dimensions can be tailored to specific experimental requirements.

Performance Features

• High-purity platinum mesh: 99.95% platinum purity for laboratory electrochemical applications.

• Multiple mesh sizes: Six standard size options accommodate different experimental setups.

•  Flexible geometry: Available in square or circular configurations.

• PTFE electrode stem: Available in 6 mm or 8 mm diameter, with a standard length of 80 mm.

• Customizable design: Mesh shape and dimensions can be customized according to user requirements.

• Versatile laboratory use: Suitable for electrochemical research, electrode testing, and materials evaluation.

Working Principle

The Pt310 platinum mesh electrode provides a conductive platinum surface for electrochemical reactions in a suitable electrolyte. Its mesh structure exposes a distributed surface area to the solution, facilitating electrolyte contact and electrochemical charge transfer.

When connected to a compatible electrochemical workstation or test circuit, the electrode can serve as a counter electrode or another electrode role appropriate to the experimental configuration. Its actual function depends on the test method and the arrangement of the working, reference, and counter electrodes.

Technical Parameters

Available Models and Mesh Sizes

Note: Confirm whether the listed dimensions refer to the overall mesh dimensions or the exposed electrochemically active area.

Application Scenarios

• Electrochemical experiments: Conductive electrode applications in laboratory electrochemical cells.

• Electrocatalysis research: Evaluation of electrochemical reactions and catalyst-related systems.

•  Electrochemical workstation testing: Use in compatible three-electrode or other electrochemical configurations.

• Materials science: Investigation of electrode behavior and electrochemical interfaces.

•  Electrode evaluation: Comparison of electrode configurations and mesh sizes.

• Electrolyte research: Laboratory studies involving electrochemical reactions in suitable liquid electrolytes.

Platinum Mesh Electrode Comparison

Frequently Asked Questions

1. What is the platinum purity of the Pt310 electrode?

The platinum mesh has a specified purity of 99.95%.

2. What sizes are available?

Standard models range from 10 × 10 mm to 30 × 30 mm, including six size options listed in the technical table.

3. Can I order a circular platinum mesh electrode?

Yes. Both square and circular mesh shapes are available, and custom geometries can be requested.

4. What material is used for the electrode stem?

The electrode stem is made of PTFE, with a diameter of 6 mm or 8 mm and a length of 80 mm.

5. Can the Pt310 be used as a counter electrode?

It can serve as a counter electrode in a compatible electrochemical setup, subject to the experiment's requirements. Confirm suitability for the intended electrolyte, current, and operating conditions.

6. Is the mesh size the same as the active electrode area?

Not necessarily. The listed dimensions specify mesh size, but the exposed active area may depend on the mounting arrangement and immersion depth.

7. Can the electrode dimensions be customized?

Yes. The mesh shape and size can be tailored to meet specific experimental requirements.

8. What should I consider when selecting a platinum mesh electrode?

Consider the required exposed area, mesh geometry, electrode role, electrolyte compatibility, operating current, and stem dimensions.