Formation of thin films and nanostructures
Description:
Thin-film coating, nanostructure, and microstructure formation services are offered for creating surfaces with precisely controlled functional properties. Advanced physical deposition methods – magnetron sputtering, resistive evaporation, and plasma deposition – are used to form uniform coatings with precise compositions (protective coatings, transparent electrodes, ion-conductive layers, ferromagnetic coatings, etc.) on various materials. Spin-coating is also performed to ensure the creation of extremely uniform layers. The properties of thin layers could also be modified using thermal heating methods. The service is suitable for creating prototypes, specialized components, and surfaces with optical, electrical, mechanical, or other functions for both research and industrial solutions.
Thin-film coating, nanostructure, and microstructure formation services are offered for creating surfaces with precisely controlled functional properties. Advanced physical deposition methods – magnetron sputtering, resistive evaporation, and plasma deposition – are used to form uniform coatings with precise compositions (protective coatings, transparent electrodes, ion-conductive layers, ferromagnetic coatings, etc.) on various materials. Spin-coating is also performed to ensure the creation of extremely uniform layers. The properties of thin layers could also be modified using thermal heating methods. The service is suitable for creating prototypes, specialized components, and surfaces with optical, electrical, mechanical, or other functions for both research and industrial solutions.
Keywords:
keraminės medžiagos,nanodangos,nanomedžiagos,tvarios gamybos technologijos
Field of Science:
New production processes, materials and energy efficiency
New production processes, materials and energy efficiency