FQ06 - Surface treatments of aluminum alloys: electrolytic and chemical conversion

Inter-company and intra-company courses

New

Educational objectives

  1. To give a general knowledge of surface treatments of aluminum alloys

  2. Explain the mechanisms of formation of oxide layers during a conversion

  3. Presenting REACH-compatible alternatives to Cr VI

PROGRAM

1. General information on aluminum and its alloys

2. Corrosion of aluminum and its alloys

  • Description of the different forms of corrosion

3. Anodizing of aluminum alloys

  • Principle of the reactions involved

  • The different types of anodizing

  • Clogging

4. REACH-compliant anodizing

  • OAS + Cr III base filling

  • Layer formation

  • Role of the different elements

5. Chemical conversion

  • Principle and reactions involved

  • Properties of the layer

6. REACH-compliant chemical conversion

  • Principle and reactions involved

  • Properties of the layer


ADDITIONAL INFORMATION

To deepen your knowledge, we suggest you create a training course using other modules from the catalog.

CONTACT US

formation@a3ts.org
+33 (0)1 45 26 22 35

Accessible to people with reduced mobility: yes. Accessible to people with other disabilities: please contact our disability advisor on +33 (0)1 45 26 22 35 to discuss the situation together.

- DURATION
1
day (7h)

- PUBLIC CONCERNED
Executive, Technician

- PREREQUISITES
None

- METHODS MOBILIZED
Courses and exercises on paper or digital support. Multiroom videoconference platform with chat.

- PLACE
Face-to-face INTER: A3TS PARIS
Face-to-face INTRA: ON SITE
Distance learning: VISIOCONFERENCE

- RATES
In-class :
- Inter : 650€ HT/pers.
- Intra : on quotation
Distance learning : 560€ HT/pers.

- DEADLINES AND DATES
Find out in real time the dates and places available on our website: www.a3ts.org/catalogue-formations
Training open to a minimum of 4 participants.

- TRAINER
Surface treatment engineer.

- EVALUATION METHODS
Satisfaction survey at the end of the session.
Evaluation of learning at the beginning and end of the training.

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Previous

FQ07 - Introduction to Metallic and Ceramic Engineering Materials Science

Next
Next

FQ05 - Aluminum Alloys