Non Aqueous, Glass body Electrode Non-Aqueous pH Electrode, a versatile refillable, PH electrode ideal for measuring the pH of Non aqueous solutions like Oil Emulsions / Organic Solutions. Liquids can serve as solvents to dissolve solutes (i.e., solid, liquid or gaseous) to form solutions. The most common solvent is water. Solvents other than water are called non-aqueous solvents. Some examples of non-aqueous solvents are hexane, alcohol, oil, etc. It is a refillable, Single/double-junction, glass-body, combination pH electrode. The connector is BNC, compatible with any pH meter that has BNC input. The applications include testing of non-aqueous solvents, viscous solutions, and samples containing non-aqueous solvent (e.g., cosmetics, paints, etc.)

Plastic Body, (Gel filled) The pH soil electrode measures the pH value, one of the most relevant information for soil properties and performance. The pH soil electrode is a glass body, refillable, single/double junction pH electrode. The conical shaped tip design allows for penetration into solids, semi solids and emulsions. This is ideal for the direct measurement of pH in soils and soil slurries.

Glass Body (Refillable KCl filled) TOSHCON-TOSHNIWAL produces high quality Laboratory sensors for redox potential measurement for varied applications for Swimming Pools/ Drinking water, Water disinfection and many others. Invariably the membrane Glass is called as the sensing tip of pH Sensor, but in Redox Sensors instead of membrane glass the sensing tip is Platinum or Gold. The shapes & costs vary but the measurement technique remains the same. The other part of the reference Sensor still remains similar in both pH & Redox and is produced with different Junctions and Electrolytes, depending on the application.

Glass Body These Glass-body, Conductivity electrode/cell is designed to conductivity testing application for laboratory and field use. Suitable for tap water and quality control check in water purification plant. Each type of conductivity cell has two models with k=0.1 cm-1 and k=1.0 cm-1 cell constants. When selecting a conductivity cell, check the expected conductivity of the sample and then look at the cell constants of conductivity cells. Choose a conductivity cell that covers the expected sample conductivity. The higher the conductivity value of sample, the higher the cell constant required. A conductivity cell with k=1.0 cm-1 cell constant is the most commonly used because it measures low to high conductivity.