10 Steps for Measuring pH Accurately and Consistently is an infographic created by Reagecon which details the most important steps to measure pH. From selecting an appropriate measuring system right...
John Barron, Technical Director of Reagecon, offers his top 10 tips on how to measure pH accurately and consistently. 1. Selection of the pH Measurement System The selection of an appropriate...
pH Buffer Solutions, Selection, Use, Application and Metrology is a detailed technical paper which explains in detail what pH buffers are, provides a full best practice calibration procedure using...
Care, Maintenance and Fault Diagnosis for pH Electrodes is a detailed technical paper which outlines the ways in which to identify and solve electrode faults. Analysts frequently encounter pH...
Some of the effects of temperature on pH measurement have been described or alluded to in both instrument manufacturers instructions and independent scientific literature. Some of these have been presented in a very theoretical manner and thus have been of limited practical value, others have been described adequately from a practical perspective. However a comprehensive classification of the principal effects of temperature on pH with practical remedial actions to correct, reduce or eliminate these errors has never previously been reported. This paper presents for the first time a clear classification of the practical effects of temperature on pH. It provides a definite set of guidelines on how the different errors can be reduced or eliminated thus giving the user greater confidence in the result of their pH measurements.
Reagecon has produced a guide to choosing a pH or conductivity meter suitable to your requirements and application. There is a huge variety of brands and models of meters available on the market...