Finland – Laboratory, optical and precision equipments (excl. glasses) – Procurement for the Supply, Delivery, Installation and Commissioning of nanoindentation system
Cur síos
The Contracting Authority invites tenders for the supply, delivery, installation, commissioning, validation, and initial technical support of one nanoindentation system used for research laboratory activities in materials science. The proposed system will be used for high-precision mechanical characterization of hard materials such as alumina Al2O3, silicon carbide SiC, different types of minerals and composites, etc. as well as hard coatings. Experiments and services planned for the instrument include, but not limited in, advanced micrometer-scale nanoindentation, hardness/modulus mapping, creep testing, and related studies on ceramics and hard coating. The objective is to acquire robust and high-performance nanoindentation system that combines exceptional sensitivity and resolution with operational simplicity, intuitive software, and streamlined workflow.
Códanna CPV
Dátaí & iontráil
Contains data from Tenders Electronic Daily (TED), © European Union, ted.europa.eu — CC BY 4.0.
Tairiscintí gaolmhara
Finland – Analysis apparatus – A light-scattering instrument for characterization of particles in liquid dispersions
Åbo Akademian FhionlainnAnalysis apparatusDéadlín i 21 láFoilsithe ar 11 Samh 2026
Suomi – Värähtelyanalysaattorit – Kunnonvalvontajärjestelmä
Puolustusvoimien logistiikkalaitosan FhionlainnVibration analysersDéadlín i 25 láFoilsithe ar 08 Samh 2026
Finland – Research, testing and scientific technical simulator – Laboratory-scale biogas reactors for the Natural Resources Institute Finland
Luonnonvarakeskusan FhionlainnResearch, testing and scientific technical simulatorLaboratory, optical and precision equipments (excl. glasses)Déadlín i 25 láFoilsithe ar 01 Samh 2026
Suomi – Valokuvauslaitteet – Suurnopeusvideokamera
Puolustusvoimien logistiikkalaitosan FhionlainnPhotographic equipmentDigital camerasDéadlín i 21 láFoilsithe ar 28 DFómh 2026