How to evaluate flux load?
How to measure? In the case of heat exchangers, the surface area being fluxed must first be determined. For ease of calculation, the louvers on the fin can be ignored. The radius on the fin can also be...
View ArticleBrazing of Stainless Steel to Aluminium for Pots and Pans Production
The following article provides some answers on general questions regarding the use of NOCOLOK Sil Flux for manufacturing pots and pans. What is the NOCOLOK Sil Flux quantity (per m²) required for...
View ArticleFlux loading
The theoretical amount of flux required to dissolve a 100 Å oxide film is about 0.02 g/m2 (1 Å = 10-10 m = 0,1 nm). For a 400 Å film, still only 0.08 g/m2 flux is required. These do not take into...
View ArticleOver-fluxing
Very often, heat exchanger manufacturers increase the flux loading on components to be brazed to compensate for furnace atmosphere or other process related deficiencies. The flux is an excellent...
View ArticleThe NOCOLOK® App starts soon
News from our Sponsor Solvay Fluor: NOCOLOK® goes Smartphone! NOCOLOK is a name synonymous with innovative products and solutions. No surprise then that Solvay Fluor is the first to provide a...
View ArticleThe NOCOLOK® App is online
First App of its kind worldwide: NOCOLOK Flux brings aluminium brazing know-how to your mobile phone The innovative producer of NOCOLOK Flux brazing flux, and world market leader Solvay Fluor, now...
View ArticleNew Video shows the NOCOLOK® App
NOCOLOK is a name synonymous with innovative aluminium brazing flux products and solutions. So it’s no surprise that Solvay Fluor is the first to provide a smart phone App for aluminium brazing....
View ArticleHF Generation – Mechanisms and Sources
HF can potentially be formed during the flux brazing process. HF is very toxic, irritating to the eyes, skin and respiratory tract and cause severe burns of the skin and eyes. The threshold limit value...
View Article
More Pages to Explore .....