- About us
Material surface plays an important role in a number of technical applications. By modifying it, we can improve not only mechanical properties or anti-corrosion resistance, but also create special or even unique surface properties.
High-quality know-how and extensive experimental equipment enables us to develop surface treatment for specific applications
At the NCC for MATCA, we deal with surface treatments from the design and implementation to testing and building surface coating apparatuses.
In cooperation with our partners within the NCC for MATCA, we focus on surface treatments for various applications across all industries. We place special emphasis on plasma and laser technologies, the development of which we actively participate in. According to specific requirements or applications, we design and create coatings of special or even completely unique properties, pre-treat surfaces or, by activating the surface, we create conditions for ensuring a final high-quality coating.
More demanding requirements on surface treatment and the development of coatings of special properties goes hand in hand with the development of coating apparatuses. New coating methods very often require new constructions of coating apparatuses or completely new apparatuses. At the NCC for MATCA we cooperate with leading Czech experts and actively contribute to the development of new apparatuses, their testing and subsequent commissioning in the production environment.
Characterisation and analysis of coating properties and surface treatment is enabled by extensive experimental equipment. Using suitably chosen analytical methods, we can determine a number of coating layer properties such as its hardness, tribological properties or thickness, whether the it is the overall thickness of a coating or of individual sub-layers in special coatings. Also, a suitably chosen method enables us to determine the chemical composition of a coating without influencing the measurement by the basic material.
The range of analytical methods available in the NCC for MATCA is too extensive to be fully outlined here. If you have any questions concerning a specific application, don’t hesitate to contact us.
A hollow cathode deposition system is based on hollow cathode magnetron sputtering in the reactive atmosphere of the operation gas. The hollow cathode provides a high degree ionisation that causes not only an intensive cathode sputtering process but also the ionization of a reactive gas, and the subsequent improvement of the properties of the deposition layer induced by an increased bombardment of the substrate. More >>
Available in the NCC for MATCA:
more than 5 devices
Laser Shock Peening (LSP) is a process that uses nanosecond high-energy laser pulses to create compressive residual stresses in the material, with nominal depths of up to 1.5 mm. More >>
This technology is available in the consortium.
The ability to analyse parts, samples or any input material is a key prerequisite not only for efficient research work, but also for a reliable production process and the identification of causes if any problems occur.