The role and use of Fluxing Tank Reprocessing & Regenerating system

Flux acts as an important chemical in the soldering process to help and promote soldering. It not only has a protective effect, but also effectively prevents the oxidation reaction. Therefore, the Fluxing Tank Reprocessing & Regenerating system derived from it is also very popular among the public and enterprises. Industrial processing often uses this system to effectively remove oxides and mitigate The tension of the surface of the material being welded, then, how does this post-processing regeneration system work?

First,Fluxing Tank Reprocessing & Regenerating system the actual role

Because flux is an indispensable auxiliary material in solder, the Fluxing Tank Reprocessing & Regenerating system should also take into account the temperature of the tin bath and prevent the main component of the flux from being decomposed. The work flow first dissolves the oxide film of the solder mother, and then the soldered base material is also oxidized. The molten solder tension is also ensured while ensuring the quality of the solder base material.

Second, Fluxing Tank Reprocessing & Regenerating system the specific use of matters needing attention

For many manufacturers, the composition of the flux is difficult to test, so its basic performance needs to be considered in the actual Fluxing Tank Reprocessing & Regenerating system. The initial judgment depends on the smell, followed by the determination of the sample, and it is necessary to clearly indicate whether it is no-clean. Because of the general no-clean welding process, the economic benefits are relatively good, the quality of the products is more assured, and the most important thing is to appeal and respond to the national environmental protection policy.

In summary, the overall operation process of the Fluxing Tank Reprocessing & Regenerating system is still relatively complicated. As an important part of the flux, the flux must be rationally selected. Only in this way can we effectively avoid some residue problems, ensure the efficient completion of preheating welding, and ensure the stability of the whole system from another aspect.