Advanced
Materials
The
Advanced Materials Technologies (AMT) Program conducts research into
new materials and processes. Such innovative materials and processes
are critical to the competitiveness of Canada's industry and vital
to respond to new environmental requirements and concerns. The program
provides research and consulting services to industry in a wide variety
of applications:
- selection
and development of advanced materials;
- relationship
between processing and microstructural properties;
- materials/processing
behaviour simulation;
- prototype
development for industrial clients.
![Scanning electron micrograph showing the fracture surface of a metal matrix composite made from aluminum and reinforced with graphite fibres](/web/20061104084229im_/http://nrcan.gc.ca/mms/canmet-mtb/mtl/images/texcogs.gif) |
Scanning
electron micrograph showing the fracture surface of a metal
matrix composite made from aluminum and reinforced with graphite
fibres |
Commercial
composite material was rolled at CANMET-MTL and then transferred
to a forward-looking Mississauga company. The company then designed
a computer-controlled stamping process for bicycle sprockets. CANMET-MTL
actively encourages primary and secondary producers, right through
to end users in the materials chain, to diversify into advanced
materials. CANMET-MTL is promoting the growth of an advanced materials
infrastructure in Canada through the development of an industrial
network.
The overall
program objectives are to:
- raise industry
(small- and medium-sized enterprises in particular) awareness
of the advantages of using advanced materials and processes;
- develop
advanced materials technologies for small- and medium-sized enterprises;
- develop
specific technologies to reduce energy consumption and greenhouse
gas emissions in the transportation industry.
![Scanning electron micrograph of the fracture surface of a single graphite tow, used for the fabrication of composite materials.](/web/20061104084229im_/http://nrcan.gc.ca/mms/canmet-mtb/mtl/images/SEM%20tow.gif) |
Scanning
electron micrograph of the fracture surface of a single graphite
tow, used for the fabrication of composite materials. |
AMT provides
expertise in a range of materials and technologies including:
- functional
ceramics
- battery
materials
- metal matrix
composites
- intermetallic
compounds
- surface
engineering
- metal powder
injection moulding
- metal forming
For further
information contact:
Research
Programs
|