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Thermal Analysis Calibration
Compliance with Regulations and Standards
Fully Traceable and Audit-Ready Certificates
Accurate and Reliable Results
Certified Reference Materials
Globally-Harmonized Procedures
On Demand Webinar: Thermal analysis service

Webinar – Service for Thermal Analysis Instrumentation

Find out how the correct care will extend the lifetime of your device. We explain how to maintain ac...

Validation in thermal analysis

Webinar – Validation in Thermal Analysis

Validation in thermal analysis demonstrates fitness for purpose of a proposed analytical method.

Thermal analysis service with METTLER TOLEDO provides the best equipment care.

Videos: Thermal Analysis Service

Watch the videos and find out how the correct care of your equipment reduces downtime and increases...

What is the difference between Thermal Analysis Standard and Expert Calibration?

Standard CalibrationExpert Calibration

Single heating rate per substance

Sample temperature

Additional parameter

- DSC: heat flow

- TGA: mass

- TGA/DSC: mass/heat flow

- TMA: length/force

- DMA: displacement/force

Three heating rates per substance

Includes all Standard Calibration features

Sample temperature

Tau lag correction

Ideal solution for DSC and TGA

MT-approved SOPs and standardized certificates are provided for all calibrations.

See above for more details.

What is a tau-lag and a tau-lag correction?

During a Tau lag: 

  • As a sample is heated, there is a delay between the furnace temperature and the sample temperature
  • The sample temperature "lags behind" the furnace temperature
  • The amount of tau lag depends on the temperature

During a Tau lag correction:

  • An algorithm in STARe software calculates the time lag
  • It corrects for the delay between the furnace temperature and the sample temperature
  • After a correction, the measured thermal events will always have an identical temperature regardless of the heating rate

Thermal Analysis Tau Lag