Elecopto Ag/AgCl Silver Chloride Reference Electrode | Lab Electrochemical Voltage Reference Standard

Brand: Elecopto

Elecopto Ag/AgCl Silver Chloride Reference Electrode | Lab Electrochemical Voltage Reference Standard

Name: Elecopto Ag/AgCl Silver Chloride Reference Electrode | Lab Electrochemical Voltage Reference Standard
Brand: Elecopto
SKU: TB-EL-77698
Price: 1392 INR
Availability: InStock
Rating: 5.00 (1 reviews)

SKU: TB-EL-77698

MRP : ₹1399 ₹1392

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MRP : ₹1399

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High-precision reference cell module.
Stable silver-chloride coated wire.
Low drift thermal design.
Reliable electrochemical laboratory testing.

Country of origin: India

Brand: Elecopto

Chemistry: Silver / Silver Chloride (Ag/AgCl)
Fill Solution: 3.5M Potassium Chloride (KCl) aqueous electrolyte
Body Material: High-grade Borosilicate Glass
Junction Core: Microporous Ceramic Filter
Potential Stability: Less than 5 mV variation

A premium electrochemical sensor component designed to serve as a stable potential reference standard in high-precision laboratory analyses. Features a high-purity silver wire uniformly coated with a resilient silver chloride layer, housed in a borosilicate glass body with a micro-porous ceramic junction filter core. This design minimizes liquid junction potential variations and ensures exceptional baseline stability during experiments.

Features

Lowest Electrical Resistance: Uses pure silver wire ensuring the highest electrical conductivity among all metals.
Thermal Stability Range: Housed in an advanced matrix that remains relatively insensitive to temperature changes.
Non-Toxic Alternative: Safely replaces hazardous saturated calomel (mercury-based) electrodes for environment-friendly research.
Stable Reference Potential: Provides steady, drift-free baseline readings under standard neutral testing conditions.

Applications

Used as an internal potential standard inside high-accuracy laboratory pH meters.
Ideal for academic and industrial cyclic voltammetry (CV) testing setups.
Applied in routine analytical electrochemistry cells and academic research.
Suitable for general laboratory redox potential measurements in neutral systems.