Description
Saturated calomel reference electrodes (SCEs) are commonly employed in laboratories for measuring and controlling the potential in electrochemical cells. They find extensive use in potentiometric titrations, pH measurements, and corrosion studies.
Specification
| Model | ATO-217-01 |
| Electrode Type | Saturated Calomel (Hg/ Hg2Cl2) Reference Electrode |
| Reference Type | Saturated Calomel Double Salt Bridge Type |
| Salt Bridge Material | Ceramic Sand Core |
| Filling Liquid | Saturated KCl |
| Shell Material | Glass |
| Temperature Range | 5℃~55℃ |
| Dimension | φ12*120mm |
| Connector | U-Shaped Fork Piece |
Dimension
Detail
Application
Tips: What are the applications of SCE electrode in research or industry?
The standard calomel electrode (SCE) serves as a widely used reference electrode in electrochemical research and industrial applications. In research, it is crucial for measuring and controlling electrochemical reactions in studies related to corrosion, battery technology, and material science. The saturated calomel electrode provides a stable and reproducible reference potential, enabling accurate comparison of electrochemical data across different experiments. In industrial settings, the SCE plays a pivotal role in processes such as electroplating, where precise control of electrochemical reactions is essential for product quality and efficiency. Its compatibility with various electrolytes and stability under different conditions make the SCE a versatile tool for maintaining a constant reference potential, ensuring the reliability and reproducibility of electrochemical measurements in both research and industry.
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