Hanna HI4008 Cupric Half-Cell Ion Selective Electrode

Hanna HI4008 Cupric Half-Cell Ion Selective Electrode

The Hanna HI4008 Cupric Half-Cell Ion Selective Electrode is a solid-state half-cell ion-selective electrode (ISE) designed for the direct measurement of cupric ions (Cu²⁺) in aqueous solutions. This durable electrode provides reliable, selective measurements of copper levels in environmental, industrial, and academic settings. It must be used in combination with a reference electrode for complete functionality.

Key Features

• Wide Measurement Range
  Accurately detects cupric ion concentrations from 0.1 M to 1 × 10⁻⁶ M, equivalent to 6354 to 0.06 ppm.

• Solid-State Sensor for Long-Term Use
  Utilizes a solid-state sensing element that provides stable readings, fast response time, and extended electrode lifespan.

• Compatible with Various Sample Types
  Operates effectively in samples with pH ranging from 2 to 12.5 and temperatures up to 80°C, making it suitable for laboratory and industrial applications.

• Durable Epoxy Body Construction
  The 12 mm epoxy body ensures mechanical strength and chemical resistance, while the 120 mm insertion length fits most beakers and sample vessels.

• Universal BNC Connector
  Equipped with a 1-meter coaxial cable and standard BNC connector, compatible with most ion meters and pH/ISE meters.

Technical Specifications

Typical Applications

• Industrial Wastewater Monitoring
  Detect copper contamination in discharge and effluent streams.

• Plating and Metal Finishing
  Monitor cupric ion concentration in electroplating baths.

• Environmental Testing
  Analyze copper levels in freshwater sources, soil leachate, and sediments.

• Agriculture and Soil Analysis
  Evaluate copper content in nutrient solutions and soil runoff.

• Academic and Research Labs
  Perform ion activity studies or complexometric titrations involving copper.