Experience Amel Platinum Ring Electrode, Glass Body, Ø12 X 120mm, S7 Connector Save 35% Now [A0nH6Plp]

AMEL Platinum Ring Electrode: Precision Electrochemistry Solution

The AMEL Platinum Ring Electrode is a state-of-the-art electrochemical instrument designed for precision and reliability. Crafted with a standard 12mm glass body, this electrode ensures durability and clarity in your experiments. With a total useful length of 120mm, it offers ample surface area for effective chemical reactions. The metallic ending features a robust platinum ring, measuring 6mm in diameter and 3mm in height, providing a stable and consistent connection. Available exclusively with an S7 connector, this electrode guarantees seamless integration into your setup.

Product Specifications and Technical Details

The AMEL Platinum Ring Electrode is engineered for superior performance. Key features include a glass body that offers transparency and resistance to corrosion, ensuring long-lasting use. The electrode's overall length of 120mm allows for comprehensive testing without the need for additional extensions. The 6mm diameter platinum ring and 3mm height provide a secure and stable connection, crucial for accurate and reliable measurements. This electrode is designed for use with S7 connectors, ensuring compatibility with a wide range of equipment.

Applications and Benefits of the AMEL Platinum Ring Electrode

The AMEL Platinum Ring Electrode is an essential tool for various scientific and industrial applications. Its high-quality construction and precision make it ideal for electrochemical analysis, corrosion studies, and electroplating processes. The electrode's compatibility with S7 connectors ensures it can be easily integrated into existing systems. By providing a stable and reliable connection, this electrode enhances the accuracy and consistency of your experiments. Whether you are a researcher, engineer, or scientist, the AMEL Platinum Ring Electrode is a valuable addition to your laboratory equipment, offering both practicality and performance.