Key Features

• Designed for Non-aqueous Systems

A silver wire immersed in Ag⁺ salt (commonly AgNO₃ or AgClO₄)

•A supporting electrolyte (e.g., 0.01 M AgNO₃ in acetonitrile + 0.1 M TBAPF₆)

•Stable reference potential

•Low drift in organic solvents

•High compatibility across electrochemical windows

• High Borosilicate Glass Body

•Exceptional chemical resistance to organic solvents

•Low contamination

•High thermal shock resistance

•Durable structure for repeated long-term use

• Low-Leakage Junction

•Porous frit (glass)

•Ceramic junction

•PTFE plug (low-leak variant)

•Minimal leakage of Ag⁺ into the test electrolyte

•Reduced drift in low-conductivity organic systems

•Improved reproducibility of voltammetric measurements

• Broad Solvent Compatibility

•Acetonitrile (ACN)

•DMF / DMSO

•Tetrahydrofuran (THF)

•Propylene carbonate (PC)

•γ-Butyrolactone

•Ionic liquids

•Organic battery electrolytes

• Ideal for Organic & Battery Electrochemistry

•Organic electrosynthesis

•Redox chemistry & mechanistic studies

•Ferrocene calibration (Fc/Fc⁺ reference)

•Li-ion, Na-ion, K-ion battery organic electrolyte testing

•Electrochemical analysis in low-dielectric solvents

Technical Specifications

Recommended Electrode Fill Solutions

•0.01 M AgNO₃ + 0.1 M TBAPF₆ in ACN

•0.01 M AgClO₄ in PC or DMF

•Custom electrolyte for battery solvent systems

Customization Available (Fully Customizable by FrankLab)

Customizable Options

•Electrode length & outer diameter

•Junction type（ceramic, glass frit, PTFE low-leak）

•Electrolyte formulation（Ag⁺ concentration, supporting electrolyte, solvent）

•Sealed or semi-sealed construction for volatile solvents

•Bent or angled designs for compact reactors

•Battery research versions with moisture-resistant components

•Adapters for glovebox use or airtight systems