Date(s):
To be advised
Register:
Email registration form to training@aais.org.sg 
Time:
3pm to 6pm (Asia Time Zone UTC +8)
Closing Date:
One week before course date.
Venue:
Via WebEx
(access link and PDF material will be emailed to attendee 1 day before webinar)
Fees:
US$200/pax
(Organisations/Participants are required to cover for any bank charges and withholding tax that may be incurred.)

About the Webinar:
This session describes the furnace brazing in Aerospace, covering atmosphere, vacuum and salt bath brazing. Torch and Induction brazing are also briefly described. It covers the use of furnaces to make brazed joints, highlighting the key differences between brazing and other heat treatment processes. The underlying science is introduced.

Course Content:
  • Why and how does it happen and why is it important?
  • Types of braze process
  • Process and Pitfalls
  • Typical process models
  • Key controlling factors
  • Process types
  • Start of soak and Potential Conflicts
  • Key issues which affect success

Upon successful completion, participants will receive a PDF Webinar certificate issued by PRI.

About the Instructor:

Mr Martin Bridge, PRI
Martin has been a Nadcap Heat Treatment and Aerospace Quality Systems auditor since 2003 and a consultant trainer with PRI since the first courses in Europe in 2005. As well as auditing around the world, he has presented eQuaLearn courses in China, Japan, India, Singapore and throughout Europe.

Martin gained his PhD in Metallurgy from Sheffield University in 1982 and became a Chartered Engineer in 1983. Since then he has worked as a metallurgist in both the USA and the UK and has had roles as Quality Manager, Quality Director and Operations Director in the automotive and aerospace industries. He became an ISO9000 Lead Assessor in 1991 and subsequent work with AS/EN9100, QS9000, TS16949 and customer specific requirements.

Martin’s knowledge and expertise has been recognised a number of times, including by the American Society for Metals Marcus A Grossman Award in 1985 and by a Nadcap Mayben-Platonoff award in 2008.

*Note: Commencement is subject to minimum size requirements.
Jointly Organised By: