Description
Quality Reference Microelectrode
Ag/AgCl reference electrodes, also known as silver/silver chloride reference electrodes, are widely used in electrochemistry to provide a stable reference potential. TrueRef Systems offers miniature 1.5 mm reference electrodes with 3 M KCl for laboratory and small-volume electrochemical setups. Designed for durability, stability, and ease of use, they are well-suited for electrochemical experiments in laboratory setups – especially where space is limited. Their main benefits include:
- Small dimensions (OD 1.5 mm) making them ideal for microfluidic and confined experimental setups.
- Durability and flexibility, ensuring reliable operation even under demanding conditions.
- Low resistance and stable potential, providing accurate and reproducible electrochemical measurements.
Construction
- 5 mm long measuring tip made of chemically resistant PTFE
- 10 cm flexible copper cable with stranded wire core
- Durable plastic handle for easy and safe manipulation
- 2 mm pin banana receptacle for convenient connection
Materials
As the core reference element, we use a high-quality silver wire coated with a uniform AgCl layer, immersed in 3 M KCl solution. The measuring tip of each electrode is made from high-quality, chemically resistant PTFE, providing excellent durability and stability in demanding electrochemical environments. A flexible copper cable provides reliable conductivity and ease of use, while the plastic handle and 2 mm pin ensure a secure grip and connection.
Specifications
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Electrode active material
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Electrode type
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Brand
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Body / coat material
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Length / mm
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Outer diameter
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Electrolyte type
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Filling Solution
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Cell Connection
Downloads
| Name | Type | Last updated | |
|---|---|---|---|
| TrueRef MilliRef Datasheet Datasheet of the TrueRef™ MilliRef Ag/AgCl reference electrode. It contains information of a related product. The differences of the version you purchase from PalmSens are a 10 cm cable and a female banana plug. Document provided by the manufacturer. | Datasheet | 15-10-26 |