High-Temperature Pure Water pH Electrode AXPH-10 (CAT#: STEM-BC-2619-ZJF)

The AXPH-10 is a high-temperature pure water pH electrode designed for measuring pH in pure water, ultrapure water, and other low-conductivity samples. It uses a solid-state reference structure to reduce maintenance and remove the need for external reference electrolyte replacement. The electrode includes a cylindrical glass membrane designed to resist mechanical impact. A PT1000 automatic temperature compensation probe supports stable measurement in changing thermal conditions. The electrode is suitable for high-pressure pipeline installation and process water monitoring. Its direct opening design avoids a liquid junction and helps prevent clogging in scaling-prone media. The polymer gel electrolyte and porous ceramic salt bridge support stable reference potential and rapid response. It can be used in water systems for semiconductor, pharmaceutical, cosmetic, power generation, and food processing applications.

Measurement Range: 0-14DH
Temperature Range: 0-130°C
Pressure Range: 0-6 bar Max
Temperature Compensation: NTC10k, NTC22K, PT100, PT1000
Response Time: <30s
Salt Bridge Type: Special Porous Ceramic Core
pH Sensitive Membrane: Low-Resistance Glass Membrane
Reference Electrolyte: Polymer Gel
Process Connection: PG13.5
Electrode Material: High-Temperature Resistant Glass
Electrode Length: 120/150/225/325/425mm
Cable Connection: VP8/K9/S8

Suitable for high-temperature pure water
Solid-state reference design
Low maintenance structure
Mechanical impact resistant membrane
Automatic temperature compensation
Suitable for high-pressure pipelines
Direct opening without liquid junction
Resistance to scaling and clogging

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