Last Updated: January 2026 Welding permanently joins metal by applying heat, pressure, or both. Because heat alters metal structure, a common concern is whether welding weakens the base material or reduces overall strength. Based on guidance from the American Welding Society (AWS), manufacturer metallurgical documentation, and industry standards, welding does not inherently weaken metal—but weld…
Last Updated: January 2026 TIG welding is a welding process known for precision, control, and clean weld appearance. It is commonly used in applications where weld quality, aesthetics, and material control matter more than speed. Based on manufacturer specifications, aggregated user feedback, and guidance from the American Welding Society (AWS), TIG welding is best understood…
Last Updated: January 2026 MIG welding is one of the most commonly used welding processes in home workshops, fabrication shops, and light industrial settings. Known for its continuous wire feed and relatively stable arc, MIG welding is often selected for projects that require clean welds, consistent results, and efficient workflow. Based on manufacturer specifications, aggregated…
Last Updated: January 2026 Welding is often described as both approachable and technically demanding. For beginners, the real question is not whether welding is “hard,” but what factors influence how quickly someone can learn and apply welding skills safely and effectively. Based on industry standards from the American Welding Society (AWS), manufacturer documentation, and aggregated…