Five Things to Avoid When Calibrating a pH Sensor
During the calibration procedure, there are several key moments that require careful consideration to ensure you maintain the utmost accuracy.
Characterizing pH Membrane Glass Types
Various types of pH sensor glass are designed to optimize performance in different applications, environments, and sample types.
Bio-Fermentation in the Pharmaceutical Industry
Fermentation, or ‘bio-fermentation’ in the pharmaceutical industry, refers to the process of harvesting pharmaceutical, therapeutic material from biologic material.
Analyzing pH Sensor Junctions
Choosing the right junction style for each application is essential for your sensor performance.
How Does a pH Sensor Work?
When most people think of pH measurement, they typically recall the litmus paper tests from elementary school…
Generate Secure pH Calibration Certificates
Documenting calibrations to ensure accuracy and compliance can be a timely and cumbersome task for many end-users
Using Alkaline Buffers for Calibrations is Not Without Risk
Buffers are aqueous solutions that maintain pH stability despite small additions of acids or bases.
Top 3 Reasons pH Measurements Drift and Their Solutions
“Drift” is the slow movement of the measured value away from the actual, expected pH of the solution.
The Importance of pH Glass Impedance
A glass pH measuring electrode is sensitive to hydrogen activity in the measured solution.
A Better pH Calibration when Switching to Automatic Mode
Luckily for users of pH measuring equipment, you can set the calibration process to automatic mode, ensuring precise results.