Hanna HI4104 Calcium Combination Ion Selective Electrode (ISE)
The Hanna HI4104 Calcium Combination Ion Selective Electrode is a polymer membrane combination ion selective electrode (ISE) engineered for the direct measurement of calcium ions (Ca²⁺) in water, soil, food, and biological samples. Its robust construction and integrated reference system make it ideal for both laboratory and field applications requiring accurate and efficient calcium analysis.
Key Features
Integrated Combination Design: This all-in-one electrode features both the calcium-sensing membrane and built-in reference electrode, simplifying operation and minimizing maintenance.
Polymer Membrane Technology: The sensor utilizes a selective polymer membrane that provides accurate calcium readings across a wide range of concentrations.
Optimal pH Range for Stability: Operating effectively between pH 4 and 10, the electrode delivers reliable performance in most environmental, agricultural, and food-based matrices.
Field-Ready Temperature Range: With a working range of 0 to 40°C, it performs well in controlled lab settings and variable outdoor environments.
Durable Construction: The PEI/PVC body resists chemical corrosion and mechanical wear, ensuring long service life under frequent use.
Easy Connectivity: A 1-meter coaxial cable with BNC connector enables fast integration with most ion meters and pH/mV instrumentation.
Specifications
Product Name: Calcium Combination Ion Selective Electrode
SKU: HI4104
Type: Polymer membrane combination electrode
Optimal pH Range: 4.0 to 10.0
Temperature Range: 0 to 40°C
Body Material: PEI/PVC
Diameter: 12 mm
Length: 120 mm
Cable: 1 m coaxial
Connector: BNC
Reference Electrode: Built-in
Applications
Agriculture and Soil Testing: Agronomists rely on this electrode to measure calcium levels in soil and irrigation water, helping optimize nutrient balance.
Water Quality Monitoring: Technicians use the HI4104 to assess calcium concentrations in drinking water, groundwater, and industrial process water.
Food and Dairy Testing: Analysts frequently measure calcium in milk, cheese, and other food products for nutritional and quality control purposes.
Biological Research: Researchers evaluate calcium concentrations in physiological and biochemical samples during cellular studies.
Educational Laboratories: Instructors and students use this electrode to demonstrate ion-selective detection and quantitative analysis in lab settings.
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