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🔧 Why does the tip of the AC welding rod become round? (Complete mastery of the ball formation principle) 💡 Key topics covered in this video: ✔️ AC Frequency: Controlling the arc width and directionality ✔️ AC Balance: Balance between cleaning action and penetration ✔️ Amplitude Control: Controlling the heat of the electrode and the base metal ✔️ Four AC waveform characteristics (Advanced Square, Soft Square, Sine, Triangular) ✔️ Why balls form at the tip of the tungsten electrode and tips for controlling their size ✔️ Differences in penetration depth and clean zone depending on the current 📌 Recommended for: 🔹 Beginners learning AC aluminum welding 🔹 Those who were curious about why the tip of the tungsten electrode becomes round 🔹 Those who want to know the arc change, penetration depth, and clean zone difference depending on the AC setting 🔹 Those who use advanced AC TIG inverters 🔹 Those who need practical tips for improving welding quality 🎥 Watch it now and apply it in practice! Likes and subscriptions are a great help to Plant Manager Kim! 🙏 ✅ Hashtags #welding education #ac welding #ac welding #tungsten electrode #ballcontrol #acball #acfrequency #acbalance #acamplitude #tig welding #gtaw #aluminumwelding #arccontrol #advancedwave #softwave #triangularwave #sinewave #dcen #dcep #cleaning action #current strength #penetration depth #bead shape #aluminum welding #welding tips #welding technology #plant welding #plant education #welding beginner #welding practice #ac welding settings