SERVICES OFFERED
SERVICES OFFERED
SERVICES OFFERED
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Thermal Treatments (advice based on AIAG CQI-9)
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Thermal Treatments (advice based on AIAG CQI-9)
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Thermal Treatments (advice based on AIAG CQI-9)
The CQI-9 is a standard created by the AIAG (Automotive Industry Action Group) in March 2006 for audits in Heat Treatment processes and is currently in its 3rd. Edition. THE Most automakers consider adherence to the CQI-9 standard mandatory for all parts suppliers that have heat-treated components.
For these companies, the audit based on the CQI-9 standard will be able to identify areas related to heat treatment processes that need improvement, based on best industrial practices. The CQI-9 standard emphasizes system management, defect prevention and reduction of variations and losses in the production chain.
Among the advantages is mainly the reduction of failures in heat treatment processes, some even involving security risks, warranty recalls and customer complaints.
METAL-EXATO has extensive experience in CQI-9 audits and offers an overview of the 57 requirements of the standard focusing on the client's process, usually done in 2 days, followed by a report identifying the actions to conform to CQI-9. IT'S more effective than mere training and will facilitate the company's adherence to the CQI-9 as it is focused on your real needs.
The CQI-9 is a standard created by the AIAG (Automotive Industry Action Group) in March 2006 for audits in Heat Treatment processes and is currently in its 3rd. Edition. THE Most automakers consider adherence to the CQI-9 standard mandatory for all parts suppliers that have heat-treated components.
For these companies, the audit based on the CQI-9 standard will be able to identify areas related to heat treatment processes that need improvement, based on best industrial practices. The CQI-9 standard emphasizes system management, defect prevention and reduction of variations and losses in the production chain.
Among the advantages is mainly the reduction of failures in heat treatment processes, some even involving security risks, warranty recalls and customer complaints.
METAL-EXATO has extensive experience in CQI-9 audits and offers an overview of the 57 requirements of the standard focusing on the client's process, usually done in 2 days, followed by a report identifying the actions to conform to CQI-9. IT'S more effective than mere training and will facilitate the company's adherence to the CQI-9 as it is focused on your real needs.
The CQI-9 is a standard created by the AIAG (Automotive Industry Action Group) in March 2006 for audits in Heat Treatment processes and is currently in its 3rd. Edition. THE Most automakers consider adherence to the CQI-9 standard mandatory for all parts suppliers that have heat-treated components.
For these companies, the audit based on the CQI-9 standard will be able to identify areas related to heat treatment processes that need improvement, based on best industrial practices. The CQI-9 standard emphasizes system management, defect prevention and reduction of variations and losses in the production chain.
Among the advantages is mainly the reduction of failures in heat treatment processes, some even involving security risks, warranty recalls and customer complaints.
METAL-EXATO has extensive experience in CQI-9 audits and offers an overview of the 57 requirements of the standard focusing on the client's process, usually done in 2 days, followed by a report identifying the actions to conform to CQI-9. IT'S more effective than mere training and will facilitate the company's adherence to the CQI-9 as it is focused on your real needs.
Metallurgy for Non-Metallurgists (EAD)
- Target Audience : technicians and engineers or professionals from other areas who are somehow involved with metallic materials
- Credit Hours : 16 hours (2 days)
- Previous knowledge : none
The course is divided into the following modules:
a) Transmit concepts technicians on metals, in particular on ferrous alloys (steel and cast iron) and aluminum alloys. How are metals produced? Why do metals deform? Why are they good drivers?
b) How metals and their alloys are obtained and transformed into the products we use in our projects (rolling, forging, casting, sintering, etc.)
c) Phase diagrams and their importance
d) The micro-constituents of steels and how they affect the mechanical properties
e) The “ families ” of most important materials, such as steels for mechanical construction, for use in molds for plastic injection, steels for forging, etc. and Al-Si alloys.
f) Thermal treatments , based on the TTT diagrams (temperature, time, transformation) and derived from phase diagrams.
g) Mechanical properties and how they relate (ductility, tenacity, hardness, resilience, etc.)
h) Analysis of historical failure cases involving metals (Titanic, Comet, Ayrton Senna accident)
i) Welding processes
j) Non-Destructive Tests
k) Fracture Mechanics (the relationship between defects and strength of materials)
l) How do metals fail?
m) Fractography - analysis of fractures and determination of root causes in failure processes
n) Analysis of real cases
The course is taught through slides, films and exercises.