Welding Wisdom for Professionals and Beginners Alike.

Maxal’s Aluminum Welding Guide provides key insights into aluminum properties and uses. It helps you select filler alloys based on operating conditions. The guide covers important codes and standards. It…

To effectively weld aluminum, clean the base metal to remove aluminum oxide and hydrocarbon contamination. Aluminum oxide melts at 3,700°F, while the base aluminum melts at 1,200°F. Proper cleaning and…

Friction welding effectively joins alumina and 6061 aluminum alloy. The optimal rotational speed is between 900 and 2500 rpm, with a friction pressure of 7 MPa. After welding, hardness improves…

Metal Inert Gas (MIG) welding is a method for welding aluminum. It uses a welding gun that continuously feeds a spool of wire. An arc of electricity melts the wire,…

MIG welding is best for thicker aluminum and larger projects because it is fast and efficient. TIG welding works better for thinner aluminum, providing high precision and a superior finish….

MIG welding is quick and easy, making it suitable for general aluminum tasks. TIG welding, or Tungsten Inert Gas welding, is more precise and provides better control. It creates cleaner…

To make money welding aluminum, target high-demand projects like custom railings, metal art, or outdoor furniture. Use TIG welding for quality results. Gain experience and earn a certification to boost…

Post-weld heat treatment boosts aluminum ductility. Heating it to a specific temperature and cooling slowly helps relieve stresses. Using a ductile filler metal enhances outcomes. Quick cooling can create porosity,…

Lincoln Electric robot welding for aluminum uses advanced technology and equipment. The Cooper welding cobots improve welding productivity and quality. Key features include the AutoDrive SA torch, which addresses common…