Carry out calorimetric testing on your phase-change material

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+33 (0)3 59 25 05 21 Contact us by e-mail Ask for a quote

Need help? We are available to provide information.

+33 (0)3 59 25 05 21 Contact us by e-mail Ask for a quote

The calorimetric testing of a phase-change material characterises energy phenomena in relation to its change in temperature.

Assess the behaviour of your material during temperature fluctuations

Calorimetric testing of a material is a measuring technique which assesses the thermal characteristics of materials through the observation of phenomena such as glass transition or phase-change. It also characterises the physical values associated with these phenomena (glass transition temperature, melting point, specific heat, etc.) A qualitative study of the results assesses the stability of the phase-change material, its purity and even its level of cross-links in order to select the most efficient materials.

What is the principle of the measurement?

It works according to the principle of differential calorimetry: a change of temperature is applied to a test and control sample in order to measure a thermal flow differential in respect of time or temperature.

This measurement is characterised in the form of a graph. It indicates the temperature at which different energy releasing or absorbing phenomena occur (phase-change, glass transition). Consequently, it calculates the amount of energy corresponding to these phenomena.

What data are captured during calorimetric testing?

Calorimetric testing can provide physical data:
– the melting point of a phase-change material or the glass transition temperature of a solid.
– the latent heat of a phase-change material and the specific heat of any material
It can help assess:
– the stability of a material undergoing multiple transformations (phase-change),
– the purity of a material,

It also provides an opportunity to carry out oxidation tests to determine the temperature from which a material in contact with oxygen begins to oxidise.

Temperature range

from – 70 °C to + 600 °C

Resolution :

0.25 μV

Enthalpy accuracy

< 1 %

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