Responsible: Maria Sanchez Martinez Address: ESCET. Mostoles Campus. C/ Tulipán s/n 28933 Móstoles Department: Applied Mathematics, Science and Engineering of Materials and Electronic Technology Phone: 91 488 5186 Website: https://www.urjc.es/i-d-i/952-laboratorio-de-nanomecanica-y-caracterizacion-nanometrica-nanolabu |
Description of the Service/Trials offered
Nanoindentation tests:
- - Nanoindentation in coatings
- - Nanoindentation in composite materials
- - Nanoindentation in bulk materials: metallic, ceramic and polymeric
Atomic force microscopy (AFM), at room temperature:
- - Surface topographic characterization in continuous, intermittent and non-contact contact
- - Electrical force microscopy
- - Magnetic force microscopy
- - Surface potential microscopy (Elevation mode or double pass and single pass HD-KFM)
- - Electrochemical measurements
- - Immersion force microscopy
- - Conductivity or resistivity measurements (Conductive AFM and Resiscope)
Profilometry:
- - Optical profilometry
Manufacturing of nanomaterials and nanostructured composite materials
a) Techniques for dispersing nanoparticles in thermostable resins
- - Calendering in a 3-roll mill
- - High speed rotary mixing (Dispermat®)
- - Ultrasonic dispersion (in resin and in solution)
- - Spraying of aqueous dispersions of nanoparticles on substrates
- - Dispersion under the action of fields (electric or magnetic).
b) Techniques for dispersing nanoparticles in thermoplastic polymers
- - Laboratory mini extruder with dual-use system (Microcompounder)
- - Single screw laboratory mini extruder (Thermoplastic polymer spinning machine)
Our Team
Responsible for nanomaterials characterization techniques
Maria Victoria Bonache Bezares
Hired Professor Doctor
Department of Applied Mathematics, Materials Science and Engineering and Electronic Technology. Materials Science and Metallurgical Engineering Area
914884719
Responsible for manufacturing techniques and synthesis of nanomaterials in thermostable resins and suspensions
José Joaquín Artigas Arnaudas
Visiting Professor
Department of Applied Mathematics, Materials Science and Engineering and Electronic Technology. Materials Science and Metallurgical Engineering Area
914884621
Responsible for manufacturing and synthesis techniques of nanomaterials in thermoplastic polymers
Rocio Calderon Villajos
Hired Professor Doctor
Department of Applied Mathematics, Materials Science and Engineering and Electronic Technology. Materials Science and Metallurgical Engineering Area
914887145
Available equipment
- Atomic Force Microscope: CSI (Concept Scientific Instruments)
- Nanoindenter: MTS/Nanoindenter XP
- Optical profilometer: ZETA Z-20
- 3 roller calender: EXAKT 80E
- Ultrasonics Heilscher Ultrasonics GmbH/UP400S
- High energy toroidal stirrer: Dispermat
- Spinning machine for polymers and thermoplastic nanocomposites: 3devo Composer 450
- Microcompounder Xplore MC 15 H
- Thermostatic bath: Selecta -Tectron Bio
- Rotavapor: Heidolp - Laborota 4000 efficient
- Thermostatic bath: Selecta. Precisdig 5 L
- Electronic contact thermometer with digital reading: Selecta. Sensoterm II
- Contact thermometer: Heidolph EKT 3001
- Curing oven: Heraeus - UT6
- Airbrush: Kripxe 840-LP
- Fuente de alimentación