Chloride (Cl-) Electrode for Electrolyte Analyzer

The Chloride (Cl⁻) Electrode for Electrolyte Analyzer is a specialized ion-selective electrode (ISE) engineered for dependable determination of chloride ion concentrations in biological fluids such as serum and plasma. Designed to deliver fast, stable, and reproducible measurements, this Cl⁻ electrode is suitable for use in a wide range of clinical electrolyte analyzers that accept interchangeable electrodes. With high selectivity for chloride ions and resistance to common interferences, it supports precise electrolyte profiling essential for patient care and laboratory workflows. Built from chemically resistant, durable materials, the electrode is capable of withstanding regular use in demanding clinical environments. This makes it an ideal choice for routine maintenance, calibration, or replacement during analyzer servicing.

Technical Specifications:

• Compatibility: Electrolyte analyzers using interchangeable chloride (Cl⁻) ion-selective electrodes (verify model fitment with supplier)
• Measurement Target: Chloride ions (Cl⁻)
• Type: Ion-Selective Electrode (ISE)
• Response Time: Fast and stable measurement response
• Selectivity: High specificity for chloride with minimal interference from other ions
• Material: Chemically resistant sensor components for long service life
• Durability: Designed for frequent clinical laboratory use
• Operating Environment: Standard electrolyte testing conditions

Applications:

• Chloride ion measurement in clinical electrolyte analyzers
• Analysis of serum, plasma, and other bodily fluids
• Routine electrolyte panel diagnostics
• Replacement or maintenance component for ISE systems

Why Buy from Rx Sales & Service:

• Reliable Measurement Quality: Electrodes engineered for accurate and reproducible results
• Consistent Inventory: Regular availability of essential analyzer components
• Expert Support: Assistance with selecting the correct electrode for your analyzer model
• Value-Focused Pricing: Competitive pricing without compromising performance