Industrial Users

Needs / solutions

• Characterization of new materials.
• Detection of contaminant particles.
• Characterization of nano-paints, adhesives and coatings, for a wide range of industrial applications.
• Characterization of thin films and surface coatings.
• Microstructure characterization of silver-based nanoparticles, as well as other metal-organic nanoparticles.

Needs / solutions

• Characterization of new polymer nanocompounds.
• Characterization of polymer fibres with micro and nano-encapsulation.
• Analysis of contaminants.
• Characterization of compounds and dispersions.
• Determination of crystallinity.
• Fibre orientation determination.
• Texture, morphology and chemical characterization of the material for comparative analysis with other materials or quality control. Morphology characterization. Determination of particles size in dispersion.

Needs / solutions

• Design and development of MEMS and NEMS (Micro and Nano-Electromechanical systems).
• Micro and nano-fabrication using optical lithography and Focused Electrons and Ions Beam in Clean Room.
• Characterization of Magnetoresistance-based new systems.
• Solar cells: characterization of different layers and interfaces.
• Surface characterization of CMOS devices produced by optical lithography techniques.
• Characterization of defective parts in radiocommunication devices.
• Functional Nanostructures Engineering by atomic manipulation.
• Texture, morphology and chemical characterization of the material for comparative analysis with other materials or quality control.

Needs / solutions

• Characterization of capsules with vitamine E and other additives to use in textile industry.
• Detremination of the homogeneity in aditive distribution .
• New nanomaterials characterization to produce fibers with avanced properties.
• In situ analysis of the material behaviour at high or low temperatura.
• Study of chemical compoistion in production samples with different results in quallity tests.
• Material texture, morphology and chemical characterization to compare with other material or use like quallity control.
• Rougness and texture determination of surfaces

Needs / solutions

• Nanoparticles and aerosols dispersity characterization in controlled enviroments.
• Nanomaterials behaviour monitoring ( following) in the work places.
• Nanoparticles characterization like bactericidal agents.

Needs / solutions

• Nanoparticles characterizacion to be used live addditives in animal fed and drinking water
• Fresh and proccesed food microscopic analyisis

Needs / solutions

• Characterizacion of coating interactions and treatments carried out in ornamental stones for their conservation.
• Texture and phases in ornamental stones characterization to establishe its straction source (origin)
• Fossils and one of a kind heritage objects non destructive characterization .

Needs / solutions

• Development of Metal Organic Frameworks (MOFs) and their potential applications in gas storage and purification and homogeneous catalysis.
• Use of graphene and carbon nanotubes and their application in medicine, electronics, plasmonics, energy, etc…
• Characterization of graphene oxide and reduced graphene oxide samples.
• Evaluation of the quality of graphene samples (contaminants, chemical structure, homogeneity).
• Epoxy nanocomposites for their application in sensors, energy or medicine.

Needs / solutions

• Identification of the degree and quality of cleaning processes.
• Characterization of metal parts after different welding processes.
• Characterization of coatings on steel parts (silicon, etc.).
• Textural, morphological and chemical characterization of the material for comparative studies with other materials or as quality control.

Needs / solutions

• Characterization of nanocomposites for giant magnetoresistance sensors for their use in automotive brakes.
• Determination of the thickness of paint layers.
• Determination of the behaviour and quality of welds on parts obtained from the production process.
• Chemical characterization of surfaces on metallic pieces.
• Textural, morphological and chemical characterization of materials for comparative studies or as quality control.

Needs / solutions

• Characterization of materials and nanostructuring of surfaces.
• Chemical characterization of samples to evaluate cleaning processes.
• Analysis of injection molded polymers and their additives.
• Textural, morphological and chemical characterization of the material for comparative studies or as quality control.

Needs / solutions

• Nano-characterisation of the composition and structure of optical lenses.
• Textural, morphological and chemical characterisation of the material for comparative studies with other materials or as quality control.

Needs / solutions

• R&D in new concepts of intelligent systems based on sensor-actuators, industrial applications of thermoelectricity and spintronics, or new methods of generation and transfer of energy.

Needs / solutions

• Analysis of contamination in pipelines.
• Analysis by SEM of the size, morphology and chemical composition of graphene and other composite materials incorporating graphene particles.

Needs / solutions

• Textural, morphological and chemical characterisation of the material for comparative studies with other materials or as quality control.
• Characterisation of micro and nanoparticles (nanomaterials): size, topology, composition, distribution, chemical and structural analysis and surface/functionalisation study.
• Determination of the existence of organic, inorganic or biological contamination.
• Surface and interface analysis.
• Characterisation of antibacterial materials, coatings and others: thickness, topology, composition, distribution, chemical and structural analysis, surface/functionalisation study.

Needs / solutions

• Textural, morphological and chemical characterisation of the material for comparative studies with other materials or as quality control.
• Characterisation of cellulose fibres, bicomposites, filler nanomaterials: size, topology, composition, distribution, chemical and structural analysis.
• Determination of the existence of organic, inorganic or biological contamination.
• Surface and interface analysis.
• Determination of the thickness of different layers
• Characterisation of antibacterial, anti-humidity, anti-odour materials, polymeric and inorganic coatings, inks, organic components (starch, etc.): etopology, location, composition, distribution, chemical and structural analysis.

Needs / solutions

• Textural, morphological and chemical characterisation of the extracted material for comparative studies with other materials or as quality control.
• Determination of the existence of organic, inorganic or biological contamination.
• Identification of the minerals present in the extracted material and indirect estimation of the composition of the analysed sample.