Nanotechnology in Brazil Fundação Centro Tecnológico de Minas Gerais – CETEC Margareth Spangler Andrade Physicist (UFMG), MSc. Minning and Metallurgy (UFMG), Dr. Applied Sciences (KUL/Belgium) Fundação Centro Tecnológico de Minas Gerais – CETEC Margareth Spangler Andrade Physicist (UFMG), MSc. Minning and Metallurgy (UFMG), Dr. Applied Sciences (KUL/Belgium)

South America

BRAZIL

Fundação Centro Tecnológico de Minas Gerais

CETECCETEC The Technological Centre Foundation of the State of Minas Gerais - CETEC was founded on 1972 as an industrial research and development institute aimed at providing technological support to industry.

Fields of interest  Materials technology  Automotive technology  Food technology  Environmental technology Industrial quality  Industrial quality  Technological information  Materials technology  Automotive technology  Food technology  Environmental technology Industrial quality  Industrial quality  Technological information

Services offered  Research and Development  Consultancy  Technical Information  Testing / Certification  Training  Research and Development  Consultancy  Technical Information  Testing / Certification  Training

Industry Clients and Partners  ACESITA ( special steels)  Cia. Siderurgica Belgo Mineira (steels)  USIMINAS (steels)  INOXCOLOR (colored stainless steels)  FIAT (automobiles)  BATIK / Lucent (microeletronics)  Jabil do Brasil (microeletronics)  SID Microeletrônica  ACESITA ( special steels)  Cia. Siderurgica Belgo Mineira (steels)  USIMINAS (steels)  INOXCOLOR (colored stainless steels)  FIAT (automobiles)  BATIK / Lucent (microeletronics)  Jabil do Brasil (microeletronics)  SID Microeletrônica

Materials science and technology

Materials Science and Technology  development of special alloys  microstructure characterization (nano)  materials testing (nano)  hot forming (rolling) process simulation  surface coating and modification  surface characterization  development of special alloys  microstructure characterization (nano)  materials testing (nano)  hot forming (rolling) process simulation  surface coating and modification  surface characterization

Main Projects in Materials  Stainless Steels (optimization, drawability)  High Carbon Steels (steel cord, saw marble)  Ultra low carbon and interstitial free steels (bake hardenable)  Severely Deformed Materials  Thin Films (Photovoltaic cells, nanostructured)  Stainless Steels (optimization, drawability)  High Carbon Steels (steel cord, saw marble)  Ultra low carbon and interstitial free steels (bake hardenable)  Severely Deformed Materials  Thin Films (Photovoltaic cells, nanostructured)

Microeletronics

Diffusion Profiles

Sb P B P B P SiO (  m)

InAs quantum dots on AsGa

Semiconductor laser DBR mirrorQuantum wells

High Carbon Steel

Deformed (steel cord)

Silicon Steel (transformers)

Severe Plastic Deformation Process Accumulative Roll-Bonding CUTTING SURFACE CLEANING JOINING HEATINGROLLING sheet

 PRESSURE MATRIZ  MATERIAL Equal-Channel Angular Pressing Severe Plastic Deformation Process

ARB 2 roll passes

ABR 5 roll passes

The Museum of Science & Industry. Florida, USA The Museum of Science & Industry. Florida, USA

Manhatan Buildind in Fortaleza

Mechanical Properties

Nanoparticles from polimers

R&D R&D