Reasons and solutions for the phenomenon of perforation in the T12 soldering iron tip
The soldering iron tip perforation is a corrosion phenomena. The soldering iron tip's primary component is copper, and iron plating is applied to protect the surface. The soldering iron will rust at a high temperature since the tip is perforated. The rate of oxidation increases with increasing temperature. So, in order to guarantee the welding requirements, the welding should be done at as low a temperature as possible. Keeping the soldering iron tip in good condition and using it correctly are good habits. The fundamental structure of the soldering iron tip is the primary cause of the perforation of the soldering iron tip.
1. The white light T12 soldering iron tip has severe corrosion and copper leakage due to extensive use. A brand-new pullover is still useful as long as it's hot outside! Even after resurrection, it's still spanking new!
Disadvantages: There are also negative aspects. The temperature recovery speed is faster than 936, but the tinning pace will be slower when it first starts up, the heating speed will be slower and cost more, and so on. Both benefits and drawbacks exist.
2. Use a file to repair the perforated head and change it to the shape you need.
Cons: Placing a layer of alloy is sufficient, and dealing with massive solder joints is still viable. The copper quickly oxidizes after being heated and falls off within a short period of time. Pure copper has a short service life and is easily oxidized and corroded.
3. Fill the electrode with borax. I bought a copper electrode with silver in it (note that it is a silver-containing copper electrode). As a result, a significant issue with the welding was discovered. After welding, the silver-containing electrode is just as silvery as the original t12 coating. According to estimates, it possesses an extraordinarily high toughness and is extremely easy to tin because of the silver concentration. Those who meet the requirements can give it a try. Only a small amount is required to fill the perforation in the head used to weld it.
Liquid solder has the potential to dissolve silver or copper. I'm worried that it will corrode quickly if the iron coating on the surface is damaged and the copper within dissolves out, especially when it is used to solder the current lead-free silver-containing solder. The horns had tooth-like corrosion. Continue to use dissolvable makeup ingredients for predictable outcomes.
