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CYTUVA

Synthesis, characterization and processing of materials

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Contact Information

  • José María Pastor Barajas
  • Paseo del Cauce, 59
    Valladolid, Valladolid (47011)
  • Send email
  • 983423369
  • 983423544

Basic Information

  • UniversityUniversidad de Valladolid
  • Center
  • DepartmentMaterials Science and Metallurgical Engineering, Graphic Expression in Engineering, Cartographic Engineering, Geodesic and Photogrammetry, Mechanical Engineering and Manufacturing Process Engineering
  • Investigation GroupScience and Engineering of Polymers


Description

The research lines are the following: Polymeric materials, mixtures, composite materials and composite nanomaterials. The aim of this research line is the characterization of such materials accordingly to their properties for industrial purposes. Synthesis of polymeric materials by addition and condesation. TPV Formulation, polyurethane and elastomers for various applications.


Other information

Number of researchers:

3

Development status:

In research and development phase

Differentiation in the market:

Quality

Applicability of technology:

Yes

Companies and markets:

Automotive industry (CIDAUT, Grupo Antolín, Reydel Automotive, Renault) Material synthesis (Dow Chemical, Repsol) Packaging and food (Grupo Linpac, Viscofan) Polymer recycling (Ecoembres, Nortpalet, Valoriza) Rubber and thermostable materials (Gomavial, General Cable, Inspiralia)

Additional Information:

Available equipment: DMA polymerization reactor TGA+FTIR DSC HDT universal test machine Impact Fatigue Dynamic rheometer Capilar rheometer Micro-Raman SEM (scanning electron microscope) Extruder, rafiator grilles, internal mixer, press Injectors, RTM machines, autoclave for curing composite resines Technical services offered: Material Changes Cost and weight reductions Processability improvement Customized materials to meet requierements Recovery and reuse of recycled materials Macro and micro structural characterizations Future prospects: Self-restored and functional materials Production of biopolymers Foaming of polymere mixtures Thermoplastic pultrusion Composite materials made of thermoplastic polyurethane

UNESCO Code:

3310 - Industrial technology

Other members:

Juan Carlos Merino Senovilla

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