Nanoker Research SL
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Large scale Spark Plasma Sintering (SPS)
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Pic legend 1: Large scale Spark Plasma Sintering (SPS)

General information

  • Company name
    Nanoker Research SL
  • Adress
    Polígono Industrial de Olloniego, Parcela 22 A, Naves 5-7, 33660 Oviedo
  • Turnover
    2.50 million EUR in year 2023
  • Employees
    25 in year 2023
  • SME
    YES
  • Contact Info:
    • Phone
      +34985207613
    • Email
      info@nanoker.com

Activity and Skills

The company has expertise in the development of special materials (ceramics, ceramic-composites) for extreme environments and in the manufacturing of top-end products based on them. The company has skills in the synthesis and conditioning of new materials, starting from precursors and on the shaping and densification of these materials into final parts. The shaping processes, available in the company, are slip casting, pressure casting, cold isostatic pressing and green machining. The densification processes, available in the company, are conventional sintering and pressure-assisted sintering (spark plasma sintering and hot-pressing).

The company has a solid background in the development and consolidation of oxidic ceramic materials (Zirconium oxide, aluminum oxide and its composites) and non-oxidic ceramics (machinable aluminum nitride, boron nitride composites, graphite-metal carbide composites, refractory metals - Mo, W, Cermets - TiC, TiN, and custom-made sputtering targets).

Nanoker supplies its products to different market sectors: big science, automotive, oil and gas, jewelry, metal forming, chemical and thin-film industry.

Tecnologies and capabilities

- Spark plasma sintering: Pressure assisted sintering technology to produce special materials (i.e. graphite-molybdenum material for collimators) and to join dissimilar materials (i.e. refractory metals to ceramics).

- Cold isostatic pressing: To produce green bodies to be processed in further steps into final shape.

- Green Machining: Precision shaping to green bodies by using CAD/CAM technologies.

- Conventional sintering: sintering furnaces under oxidic atmospheres up to 1800ºC.

- Grinding: Finishing on hard ceramics.

- Slip casting: Slurry formulation and production of parts.

Contracts for Big Science facilities

[CERN - IT-4671 ] Spacers and stiffeners of Aluminium-Nitride, machined by micro-waterjet cutting for the CMS Outer Tracker modules. (2023 - 2025)
[F4E - GUTMAR ] Development of a machinable aluminum nitride material (KALMAN) and production of 1500 pieces for junction boxes of IVS (2021)
[ITER ORGANIZATION - CIEMAT ] Development of complex shape alumina components for Maple-U test facility (2019)
EUROFUSION project. Development of complex shape alumina components for Maple-U test facility. Manufacturing of several components based on a 99.7% purity alumina for the multi-effect facility (Maple-U) that is designed to investigate material interactions for liquid metal breeder/coolant flow systems for fusion energy
[CERN] IT-4201 - Manufacturing of 380 blocks for collimators in the HL-LHC based on a graphite-molybdenum composite (2018)
[CERN] DO/TE - HV Ceramic Insulators for UHV Injection / Ejection Kicker Magnets (2018)
[ITER ORGANIZATION] Development of different self-doped alumina grades by using colloidal routes and advanced processing technologies (2014)
EUROFUSION project

Relevant R&D projects

[[CDTI] MISIONES PERTE CHIP ] -Research for improving the competitiveness of power diode with silicon carbide substrate (DIOSIC ) (2023)
[[CDTI] MISIONES CDTI ] -Industrial research into strategic materials for energy dense, cost-optimized Lithium ion batteries in sustainable electromobility (LION-HD ) (2020 - 2024)
[CDTI ] -: Development of a new generation of carbonaceous materials for the use in extreme environments (SINTEX ) (2018)
[H2020 ] -Next generation ceramic composites for combustion harsh environments and space - grant 685594 (CHARME ) (2016)
[EUROSTARS ] -New ceramic sputtering targets manufactured by SPS using tailored powders for TCO (Transparent Conductive Oxide) coating deposition (CERCOAT ) (2016)