pH and Conductivity Sensor with Composite Electrode, 0-14pH

The pH and conductivity electrical conductivity sensors are stable and use a three-composite electrode structure with good measurement results, making them suitable for accurate and repeatable measurements in various measurement applications. The pH and conductivity sensors can be used with portable pH meters to achieve rapid measurement of solutions.

Specification

Features

• The pH and conductivity transmitters use a Q9 pH electrode interface and a four-core aviation plug temperature electrode interface.
• It uses a three-composite electrode structure, including a measuring electrode, a reference electrode and a temperature electrode, which is easy to use.
• Fiber material liquid junction, polycarbonate shell material and electrode measuring end protection foot design.
• The pH and conductivity sensors are rechargeable and the reference solution can be filled.

Dimension (Unit: mm)

Details

Application

Tips: Electrode material type of the conductivity sensor

• Platinum: Platinum electrode conductivity sensor has become the first choice for laboratory precision measurement due to its excellent chemical inertness and stability. In particular, after platinum black plating treatment, it can significantly increase the effective surface area and reduce the polarization effect. It is suitable for high-standard fields such as ultrapure water detection and medical treatment, but care should be taken to avoid ultrasonic cleaning and a hydrogen sulfide environment.
• Graphite: Graphite electrode conductivity sensor is popular in industrial wastewater monitoring and agricultural applications due to its economical and porous characteristics. Although it has the disadvantage of insufficient mechanical strength, the performance can be significantly improved by pyrolysis treatment or graphene coating.
• Stainless steel: Stainless steel electrode conductivity sensor is an ideal choice for food and beverage production lines and municipal water supply monitoring due to its excellent mechanical strength and wide temperature adaptability, but its performance is limited in low conductivity measurement and in a chlorine-containing environment.
• Titanium alloy: Titanium alloy electrode conductivity sensor has excellent corrosion resistance through special treatments such as anodization or tantalum coating, and can be competent in harsh environments such as strong chemical acids and seawater desalination. Different titanium alloy models can be optimized for specific working conditions.