Sensorex pHASE pH electrodes

Thursday, 03 November, 2011 | Supplied by: Envirosensors Pty Ltd


Sensorex pHASE pH electrodes provide accurate and stable pH measurements in dynamic process environments under wide-ranging variable temperature conditions.

The research-grade electrodes are specially designed for variable temperature operation process testing and provide fast, accurate and stable pH measurements even with large temperature changes. This makes pHASE electrodes suitable for quality control and R&D use in a wide variety of applications including dairy products and food and beverage processing.

The electrodes are available in two designs to best suit user needs: the cost-saving, user-friendly sealed design and the Rapid-Renew refillable design that is suitable for dirty samples.

pHASE Electrodes are offered with either epoxy or glass bodies. Epoxy bodies offer maximum ruggedness and good chemical resistance. Breakage-resistant flat surface designs also have epoxy bodies without the need for bulb guards. They are designed to make good contact with viscous materials and are recommended for use with slurries. All pHASE electrodes are combination types with built-in double junction references, which prevent the electrode’s silver ions from contacting product samples.

Fast-response pHASE electrodes are stable to 0.01 pH within 30 s when exposed to a temperature change of 35-75°C. They are accurate to 0.04 pH at a temperature range of 0-100°C. The stable, electrodes offer 0.005 pH or less drift per 24 hours.

Online: www.envirosensors.com.au
Phone: 02 9904 3316
Related Products

GEA KOB high-pressure homogeniser series

The GEA KOB series of homogenisers is designed for small and medium production plants.

TNA next-generation confectionery innovations

TNA Solutions has introduced a series of mogul enhancements for starch-moulded confectionery...

Redpost RPU-120+ electronic temperature recorder

The RPU-120+ is a special purpose electronic temperature recorder designed to monitor the tunnel...


  • All content Copyright © 2026 Westwick-Farrow Pty Ltd