Platinum Plate Counter Electrode

Name: Platinum Plate Counter Electrode
Brand: WEE SCIENTIFICS
Price: 7000.0 INR
Availability: InStock

Price 7000.0 INR/ Unit

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MOQ : 1 Unit

Platinum Plate Counter Electrode Specification

Glass Type
Borosilicate Glass Substrate

Features
High chemical stability, Excellent conductivity, Reusable

Shape
Rectangular Plate

Temperature Resistance
Up to 400C (Platinum layer)

Type
Counter Electrode, Counter Electrode

Dimension (L*W*H)
10 mm x 10 mm x 0.1 mm

Equipment Type
Electrochemical Cell Component

Equipment Materials
Pt (Platinum), Glass Substrate

Material
Platinum, Glass

Application
Electrochemical Measurements, Laboratory Research, Dye-sensitized Solar Cells

Weight
Approx. 2.15 g

Compatibility
Compatible with most standard electrochemical cells

Maintenance
Simple to clean and maintain

Purity Level
99.99% Platinum

Surface Finish
Smooth, polished surface for optimal performance

Thickness
Approximately 0.1 mm

Packaging
Individually vacuum sealed

Connector Type
None; direct plate integration

About Platinum Plate Counter Electrode

A Platinum Plate Counter Electrode (also called an auxiliary electrode) is an inert electrode used in electrochemical systems to complete the electrical circuit during electrochemical measurements.

Exceptional Material Quality

Crafted from 99.99% pure platinum and mounted on a robust borosilicate glass substrate, this counter electrode guarantees reliable chemical stability and excellent conductivity. Its high purity level contributes to repeatable and accurate laboratory results.

Versatile Laboratory Application

This platinum counter electrode is engineered for compatibility with various standard electrochemical cells. Its smooth, polished surface is tailored for use in electrochemical measurements, laboratory research, and dye-sensitized solar cell development.

Easy Integration and Maintenance

With direct plate integration and no connector required, the electrode is quick to install and simple to clean after use. The vacuum-sealed packaging preserves its quality, and the durable construction ensures it can be reused across multiple experiments.

FAQ's of Platinum Plate Counter Electrode:

Q: How should I install the Platinum Plate Counter Electrode in my electrochemical cell?

A: The electrode is designed for direct plate integration, requiring no connectors. Simply position it within your standard electrochemical cell setup as specified by your protocol.

Q: What is the optimal way to clean and maintain this counter electrode?

A: Gently rinse the electrode with deionized water after each use and, if necessary, use mild acids to remove any residues. Its smooth, polished surface makes cleaning straightforward, ensuring long-term usability.

Q: When is it recommended to use a platinum counter electrode in research?

A: Use this platinum counter electrode whenever high chemical stability and excellent conductivity are required, such as in electrochemical measurements, laboratory research, and dye-sensitized solar cell experiments.

Q: Where can this electrode be used?

A: This product is suitable for laboratories, research institutes, and industrial settings requiring precise electrochemical measurements with high temperature resistance and material stability.

Q: What are the key benefits of using this platinum counter electrode?

A: It provides unmatched purity, high surface quality, exceptional chemical stability, excellent conductivity, and a reusable design, all of which contribute to more reliable and reproducible research outcomes.

Q: How does the borosilicate glass substrate enhance the electrode's durability?

A: The borosilicate glass substrate increases the electrode's temperature resistance up to 400C and ensures robust structural integrity, reducing the risk of breakage during thermal cycling or routine handling.

Q: What is the process for unpacking and preparing the electrode for use?

A: Carefully cut open the individually vacuum-sealed packaging in a clean environment. Rinse with deionized water before mounting in your electrochemical cell to ensure the surface remains free of contaminants.

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