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Tempering aluminum after welding means heating it to a certain temperature, cooling quickly, and then aging it. For example, 6061 alloy in T6 temper may lose strength after welding. A low-temperature aging at 400°F for one hour can help restore some strength. Following proper procedures ensures effective restoration of aluminum’s properties. Tempering of 6061-T6 involves … Read more

Aluminum welding techniques include: 1) Gas Tungsten Arc Welding (GTAW or TIG), which is perfect for high-quality welds; 2) Gas Metal Arc Welding (MIG), which uses a continuous wire feed; 3) Arc Welding; 4) Resistance Welding; 5) Electron Beam Welding; and 6) Laser Beam Welding, which is great for precision tasks. Prepare the aluminum surface … Read more

To prevent lack of fusion during TIG welding on aluminum, set a higher amperage for fast puddle formation. Start with sufficient heat to create a molten pool within two seconds. Keep a steady travel speed while welding. This approach helps ensure effective adhesion and minimizes common welding issues. Using the right filler material is also … Read more

To TIG weld .050 aluminum, use AC polarity and clean the surface well. Set the amperage to about 80 amps with 1/16” cerium tungsten and a 5356 filler rod. Adjust the AC output frequency to 120 Hz and the balance control to 20%. Aim for a convex bead for strong, reliable welds while prioritizing safety … Read more

MIG welding aluminum is easier and more cost-effective than TIG welding. However, it may offer lower joint quality. MIG requires a spool-gun or a specialized machine like the YesWelder MIG Pro. Both methods need 100% argon shielding gas to achieve maximum joint strength and optimal results. Both methods have distinct advantages and applications. TIG welding … Read more

MIG welding aluminum is easier and more cost-effective than TIG welding. MIG may have lower joint quality and needs a spool-gun or a compatible MIG machine, such as the YesWelder MIG Pro. Both methods use 100% argon shielding gas for best results. In contrast, MIG welding, or Metal Inert Gas welding, employs a continuously feeding … Read more

MIG and TIG are two welding processes for aluminum. MIG welding is quicker and easier to learn, making it best for thicker materials. TIG welding offers better control and precision, ideal for thinner aluminum. Choose MIG for speed and ease or TIG for precision and strength based on your project needs. Both TIG and MIG … Read more

For aluminum welding with the Syncrowave 180 SD, set the amperage to 130 amps for 1/16” thickness and 160 amps for 1/8”. Use a 3/32” green tungsten and a gas diffuser. Adjust the balance setting for better cleaning. Choose soft start for low amps and normal start for others to maintain good arc control. The … Read more

To weld aluminum, start by cleaning the surfaces and removing oxide. File the edges for a proper fit. Use a pushing welding technique at a 10 to 15-degree angle. Make multiple passes with straight beads. This method improves appearance and minimizes defects. First, clean the aluminum surface thoroughly. Remove dirt, grease, or oxidation using a … Read more

The “stack of dimes” in aluminum welding is a pattern that looks like stacked coins. This effect happens when cooling rates differ and create unique bead shapes. To achieve it, welders must control heat effectively and add the filler rod accurately. This appearance is common in TIG welding techniques, enhancing both clarity and accuracy. Surface … Read more