pH ion selective electrode (ISE)

Ion-selective pH electrodes: precision and speed for measurement in aqueous solutions with advanced technology

High-quality ion-selective pH electrodes for agricultural, water quality, industrial and health applications

The pH Ion-Selective Electrode (ISE) provides a reliable and precise solution for measuring pH levels in aqueous solutions.

Designed with advanced technology, our ISE ensures fast response times and exceptional accuracy, making it ideal for environmental monitoring, water quality assessment, and a wide range of applications.

SPECIFICATIONS

pH single ion

Available pH Ion Selective Electrodes

Single ION for pH

The Single Ion probe for pH is a robust, high-performance ion-selective electrode designed with a 12 mm outer diameter for precise pH ion measurements.

Its classic BNC connector ensures compatibility with most standard laboratory instruments.

This probe features a replaceable sensor, which extends its lifespan and reduces maintenance costs. Ideal for routine analysis, it delivers quick and reliable pH concentration readings across various applications. Please note that a reference electrode is required for operation.

SPECIFICATIONS FOR pH PROBE

Nano pH

The Nano ISE Electrode for pH is a high-precision ion-selective electrode designed for accurate pH ion measurements. With an ultra-compact 2.5 mm outer diameter, it is ideal for use in small sample volumes and applications requiring minimal space.  Its small form factor ensures easy integration into complex setups while maintaining excellent sensitivity and performance. 

Compatible with most market ion meters. Requires a nano reference electrode to work with.

pH Nanoelectrode

SPECIFICATIONS FOR NANOSENSOR pH

Where is the measurement of pH essential?

pH measures the acidity or alkalinity of a solution, and its accurate assessment is crucial for maintaining optimal conditions in different applications:

  • Water Quality Monitoring: Ensures the safety and suitability of drinking water and natural water bodies by detecting acidity or alkalinity levels.

  • Agriculture: Assesses soil pH to optimize nutrient availability for crops and improve yield.

  • Wastewater Treatment: Monitor pH levels to ensure effective treatment processes and compliance with environmental regulations.

  • Aquaculture: To maintain optimal pH levels in water to promote healthy conditions for fish and other aquatic organisms.

  • Food and Beverage Industry: Ensures product quality and safety by monitoring pH in food processing, fermentation, and preservation.

  • Chemical Manufacturing: Controls pH during production processes to ensure product consistency and quality.

  • Laboratory Research: Supports various scientific studies and experiments where pH influences chemical reactions and biological processes.