The NOCOLOK International Brazing Seminar will provide information concerning the manufacturing practices commonly used for brazing operations and, in particular, will address the three fundamental aspects of the industrial-scale brazing of aluminium.
During recent years, gel blockage in engine coolant systems with aluminum heat exchangers produced by CAB has gotten more and more attention in the automotive industry. A general understanding of gel formation processes in engine coolants and the role that flux residues on internal surfaces of brazed heat exchangers may or may not have is of significant interest.
In everyday practice we can encounter problems connected with brazing imperfections – often manifested as leaking. In order to identify the failure root causes, usually a detailed examination needs to be perform. Optical metallography is one of the most important tools for such an analysis.
In everyday practice we can encounter problems connected with brazing imperfections – often manifested as leaking. In order to identify the failure root causes, usually a detailed examination needs to be perform. Optical metallography is one of the most important tools for such an analysis.
The pandemic situation these days forces us to do things in a different way and to be more innovative. Therefore, the 20th annual technical training event was organized as a Google Meet Webinar – on 2 days tailored for NAM and Asia time zones beginning of November 2020.
On October 8th & 9th, 2019 – for the 18th time since 2001 – the Aluminium Brazing Seminar took place at Solvay Fluor in Hanover (Germany). There was a ‘full house’ with 31 participants from 12 countries – representing 15 companies – plus 5 Solvay participants joining this technical training.
The Theory and Practice of the Flame- and Furnace-Brazing of Aluminium Dates: October 8 & 9, 2019 in Hanover/Germany Purpose of the Seminar: The language of the seminar is English. It will take place in the Conference Center and laboratories of SOLVAY GmbH, in Hanover, Germany. It will provide information concerning the manufacturing practices commonly used […]