Articles & Podcast Episodes

Arc welding over paint presents serious risks. The welding process produces noxious fumes and smoke, which can harm health. Some paints, especially older ones, contain lead, raising toxicity concerns. Proper metal preparation is essential to avoid these hazards. It is strongly advised to avoid welding on painted surfaces for safety. To ensure successful arc welding … Read more

Arc welding overhead with 7018 rods requires precise control. Use amperage between 115-117 amps. Keep a tight arc and set the rod angle correctly for good fusion. If needed, start with a 6010 rod. Control your welding speed to prevent spatter and achieve clean welds. Consistent techniques ensure successful results. Maintaining a steady hand and … Read more

When overlapping stringer beads in arc welding, ensure the new bead’s crown connects smoothly with the old one. Keep the electrode angle correct to prevent defects. Practice slight side-to-side movement for a 50% overlap. This technique improves weld quality and reduces defects, making it easier and more effective. Proper electrode angle and travel speed are … Read more

Arc welding is a method for joining metal pieces using heat from an electric arc. Key techniques include manual metal arc welding, or stick welding, which uses a coated electrode as filler, and gas metal arc welding (GMAW), which employs a continuous wire. Always follow safety regulations when performing welding tasks. In addition to safety, … Read more

Arc welding in Ogden, Utah, offers services from local shops like Allweld Mobile Welding and JDS Fabrication. They provide MIG and TIG welding. Certified welders use commercial processes and offer training programs for newcomers. Check out these welding shops for high-quality welding services and equipment. Many companies provide bespoke solutions tailored to diverse industrial needs. … Read more

Arc welding of pipes primarily uses Shielded Metal Arc Welding (SMAW), or stick welding. This technique involves a flux-coated electrode that generates an electric arc. The arc melts the base metal and creates weld metal. The flux coating protects the weld from atmospheric contamination, resulting in strong and reliable connections in pipe welding. Some practical … Read more

Arc welding methods use an electric arc to generate heat for joining metals. The most common method is Shielded Metal Arc Welding (SMAW), or stick welding. This manual technique employs a coated electrode for heat and filler material. Proper preparation of base materials is crucial for successful welding. Understanding the fundamentals of arc welding methods … Read more

Gas metal arc welding (GMAW) includes two types: metal inert gas (MIG) and metal active gas (MAG). This welding process uses an electric arc between a consumable wire electrode and the workpiece metal. The arc produces heat to melt and fuse the metals, creating a strong joint. The differences between MIG and MAG welding primarily … Read more

The recommended minimum plate thickness for arc welding depends on the stud base diameter. For steel and aluminum: ½ inch (0.120”) needs 13 ga, 5/8 inch (0.148”) needs 11 ga, and 7/8 inch (0.250”) is best for thicker materials. Consult industry standards for precise values. Limitations arise when considering material type and welding method. Certain … Read more

Always disconnect the battery and power down electrical systems before arc welding near electronic equipment. The welder’s current can damage or short-circuit components. Take necessary safety precautions to prevent equipment failure. Ensure a safe working environment to enhance safety during the welding process. To protect electronic equipment, workers should implement several strategies. First, cover all … Read more