During sintering, powdered ceramic or metallic materials are formed into a desired shape called a green body. The low…

If organic substances or plastics are exposed to heat, light and above all atmospheric oxygen for a long time,…

A dilatometer is a measuring device for recording the dimensional change of a material in a changing thermal environment.

RCS investigations are generally microstructural goal driven and are accompanied with microstructural investigations.

A dilatometer is well suited to identify phase transformation in materials since a phase change is also accompanied by…

Chemical expansion refers to lattice swelling caused by vacancy formation, missing atoms, in a polycrystalline material lattice during heating….

Coefficients of Linear Thermal Expansion CLTE or sometimes abbreviated to CTE is the most common material property measured with…

Crystallization in the plastic increases its density, glass temperature, melting temperature and solidity. As a result, dimensional stability and…

Materials that are processed in a liquid state of aggregation generally require a certain amount of time to cure….

In order to find the perfect TIM, developers in the field of materials research have to consider a wide…

In our article, we show the structure and operation of a pushrod dilatometer and its application in materials research.

Differential scanning calorimetry is a thermoanalytical method for the quantitative determination of heat flow. Thermal analysis, for which LINSEIS…

The Seebeck effect allows the direct conversion of heat into electrical energy. For an economic use of this effect,…

Due to these facts, there are several direct and indirect methods to determine the thermal conductivity. The most established…

The glass transition point or glass transition temperature TG is a point on the temperature scale at which a…

The Oxidation Induction Time (OIT) and Temperature (OOT) are measured in a Differential Scanning Calorimeter (DSC).
This simple standard test…