Soldering generates combustion residues simultaneously after the reaction! An explanation of troubles and their countermeasures.
Flux, which is often heard in the soldering process, is an auxiliary agent for soldering and plays a role in making soldering possible. This time, I will explain what flux residue is, which remains after soldering, as well as the troubles caused by flux residue and their countermeasures. The components that make up flux, such as rosin and activators, react with the oxide film on the metal surface during the soldering process, dissolving and removing the oxides, thus enabling soldering. However, at the same time as soldering, "flux residue" (the burnt remnants after the reaction) is generated. *For more detailed information, you can view the related links. Please feel free to contact us for more details.
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Since our founding, Kaken Tech has always focused on creating products that contribute to society based on chemistry. Chemical materials that create K (efficiency), A (safety), and K (comfort). I believe we have been able to pioneer these areas primarily because we value and nurture "people." Loving and cherishing people is the fundamental attitude that allows Kaken Tech's products to be gentle and pleasing to individuals. We are advancing our workplace and environmental development based on this belief, continuously providing opportunities for young talent to thrive. Our corporate symbol, the logo, incorporates the image of a dynamic "person" within the letter K of KAKEN. Moving forward, we will continue to advance based on people, aiming to create even more wonderful products.