STA L81

Our STA L81 can be equipped with a proven sample robot that enables unattended sample measurements – for maximum sample throughput.

Supports high vacuum as well as inert, reducing, oxidizing or humidified atmospheres

Optionally, pressurization with up to 5 bar overpressure is possible

The analysis of certain corrosive conditions can be realized with appropriate precautions

A heated capillary can be optionally integrated for residual gas analysis

The integrated LINSEIS software offers a comprehensive solution that combines hardware and software for maximum process reliability and precision. The standardized platform enables seamless integration of components and devices from external partners – for a particularly robust and reliable overall system.

The main components of cement are tricalcium silicate, dicalcium silicate and tricalcium aluminate. After mixing with water, hydrates are slowly formed. First the absorbed water evaporates.

At around 570 °C, the hydrates of the calcium silicates decompose. This is followed by the hydroxides of calcium, magnesium and aluminum. Carbon dioxide (CO₂) is then released from calcium carbonate.

Metals used in industrial applications must fulfill specific properties resulting from their intended function. Characteristics such as hardness, mechanical strength, thermal expansion, thermal conductivity and resistance to oxidation and corrosion must be matched to the conditions of use in order to ensure a long service life and reliability.

As pure metals often do not meet these requirements, they are usually alloyed with other elements – metals, semi-metals or non-metals. These combinations, known as alloys, have improved material properties and enable a wide range of technical applications.

Thermophysical measurement methods enable the analysis of important material behaviour such as phase transitions, crystallization temperatures, changes of state and the thermal stability of raw materials used in sheet metal, substrates or other metallurgical products. Other measurable parameters include specific heat capacity, linear thermal expansion and melting point.