Materials science of refractory compounds and composites

Center for collective use of scientific equipment

350.00 thousands of euros

The E.3 series electromechanical testing machine with two columns up to 250 kN is a versatile static testing system suitable for both research and development and general quality control in laboratories. In combination with a wide range of accessories, it is safe and efficient to test materials and complete products on the machine for tension, pressure, bending, shear and torsion, whether plastics, metals, composites, paper, polyurethanes, etc.

To study and create new classes of refractory and structural materials, it is necessary to determine the temperature dependence of their physical and mechanical properties.

59.00 thousands of euros

Analysis of alloys and metals based on: Fe, Al, Cu, Zn, Ni, Ti, Mg, Co, etc. (+ in-house calibrations on customer samples)<br /> Analysis of the content of elements in the iron base: C, Si, Mn, P, S, Cr, Ni, Mo, Al, Cu, Co, Ti, Nb, V, W, Pb, Mg, B, Sn, Zn, As, Bi, Zr, La, Ca, Ce, Sb, N, Te

The determination of chemical composition in metals and alloys requires modern and highly efficient equipment. The M5000 optical emission spectrometer is a compact benchtop analyzer of the latest generation<br /> of the latest generation. It is based on the most advanced CCD emission optical spectral analysis technology with spark excitation of the sample, using DSP and ARM processors. It combines high performance, accuracy, reliability and ease of use.<br /> A programmable spark source, optimized optical system, automatic spectrum correction, and a reliable spark table allow for reliable and fast results. The equipment complies with ISO 9001, IEC 6100-4-4 standards

128.00 thousands of euros

Sync allows you to examine particles using laser radiation, while a high-speed digital camera captures images. The collected data is processed by Flex software and provides the user with information about the size and shape of the particles

The purchase of this equipment will allow faster and more accurate determination of particle size and morphology