Analysts are always looking for a handheld, push-button replacement for complicated laboratory processes

Find out our readers’ most common titrator types and more from our latest product survey results

From a safety standpoint, the current methods for transferring reagents risk spills, waste, contamination of the bottle contents, or in the case of glass ampoules, pose a risk from broken glass and sharp edges.

For laboratories with high sample volumes and an increased need for faster turnaround times, automating the titration process may be the way to go

When titration runs into trouble, history impacts the troubleshooting

Find out the most popular features and more from our latest titrator product survey results. 

Hanna Instruments provides immediate answers and support to all titration questions before and
after the sale.

Get fun facts about titrators, a list of questions to ask when buying titrators, the most recent titrator releases, and an updated titrator manufacturer's list in this section.

While titration is a basic analytical method, titrators are specialized instruments that perform titrations with minimal operator intervention. They can thus minimize errors, improve throughput, and facilitate documentation. There are two major titrator types: potentiometric acid-based designs and Karl Fischer titrators.

The varied uses and products of petrochemicals in our daily lives are only rivaled by the number of quality tests performed on them. Some of the most common analyses are titrations. The comprehensive Good Titration Practice (GTP®) in Petrochemicals webinar from METTLER TOLEDO offers insights into method programming, hardware, and operation of potentiometric and Karl Fischer titrators specifically for petrochemical products.