Potassium (K+) Electrode for Electrolyte Analyzer

The Potassium (K⁺) Electrode for Electrolyte Analyzer is a specialized ion-selective electrode (ISE) engineered to measure potassium ion concentrations with high accuracy and stability. This key sensor component is compatible with a broad range of clinical electrolyte analyzers that utilize interchangeable electrodes. Featuring excellent selectivity for potassium ions and minimal interference from other electrolytes, the K⁺ electrode delivers fast, reproducible readings — essential for effective patient electrolyte profiling. Built with chemically resistant, durable materials, it performs reliably in demanding laboratory environments and supports long service life under routine use. Ideal as a replacement or maintenance part, this electrode helps maintain your analyzer’s diagnostic accuracy and workflow efficiency.

Technical Specifications:

Compatibility: Electrolyte analyzers using interchangeable K⁺ ion-selective electrodes (verify model fitment with supplier)
Measurement Target: Potassium ions (K⁺)
Type: Ion-Selective Electrode (ISE)
Response Time: Quick and stable response for efficient testing
Selectivity: High specificity for K⁺ with minimal interference
Material: Chemically resistant construction for extended durability
Durability: Designed for frequent clinical laboratory use
Operating Environment: Standard electrolyte testing conditions

Applications:

Potassium ion measurement in clinical electrolyte analyzers
Serum, plasma, and bodily fluid electrolyte profiling
Routine diagnostic laboratory tests requiring accurate K⁺ measurement
Replacement component for ISE systems in maintenance cycles

Why Buy from Rx Sales & Service:

Reliable Measurement Quality: Electrodes engineered for precision and reproducibility
Consistent Inventory: Regularly stocked essential analyzer components
Expert Assistance: Guidance on selecting correct electrode for your analyzer model
Value-Focused Pricing: Competitive pricing without compromising performance

Share Prpduct on...