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Cyanide Ion Selective Electrode

Cyanide ion selective electrode (ISE) measure cyanide ion concentration in solutions, with a measurement range of 10-6 – 10-2 mol/L, an plexiglass housing, and a salt membrane as the sensitive membrane element. The cyanide ISE is ideal for water treatment, environmental monitoring, electroplating, and mining applications.
SKU: CCHN-ISE-CYANIDE
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Delivery date: 6-25 days

Cyanide ion selective electrode (ISE) uses a salt membrane and plexiglass housing to accurately measure cyanide ion concentrations from 10-6 to 10-2 mol/L in aqueous solutions, ideal for environmental monitoring, water treatment, electroplating, and mining applications.

Specification

Model CCHN-PCN-1-01
Electrode Type Single Electrode
Ion Cyanide Ion
Standard Solution KCN Solution
Measuring Range 10-6 – 10-2 mol/L
Ionic Strength Adjuster (Powder) Small Amount of NaNO3
High-end Ionic Strength Regulator Ionic Strength Regulator TypeⅠ
Sensing Membrane Material Salt Membrane
Shell Material Plexiglass
Working Temperature 5℃–60℃
Interface BNC (Q9)
Dimension φ12*120mm


Feature

Cyanide ion selective electrode feature

  1. Plexiglass Housing: Cyanide ion selective electrode with a durable plexiglass design, used together with a reference electrode for accurate measurements.
  2. BNC (Q9) Connector: Ensures fast, reliable connection and broad compatibility with most ion meters.
  3. Highly Selective Salt Membrane: Cyanide ISE is sensitive to cyanide ions for precise and reliable detection.

Size (unit: mm)

Cyanide ion selective electrode ISE dimension

Detail

Cyanide ion selective electrode ISE detail

Application

Ion selective electrode ISE application

Tips: How should pH be controlled when using a cyanide ion selective electrode?

Maintaining an alkaline pH is critical for accurate cyanide measurements. Cyanide ions (CN-) can easily convert to toxic HCN under acidic conditions, which not only leads to measurement errors but also poses safety risks. To prevent this, the sample solution should be kept alkaline, typically above pH 10, using a suitable buffer. Proper pH control ensures that cyanide remains in its ionic form, stabilizing the ion selective electrode response and improving both precision and reproducibility. For best results, always check the pH before measurement and adjust if necessary.