ARC Welding

Ceramic ferrules, also known as arc shields, are essential for drawn-arc stud welding. They protect welding studs from weathering and contamination during the process. Available in different sizes, these ferrules help ensure reliability and high-quality welds. Check the specifications and standards to find the right fit for your projects. The benefits of ceramic ferrules extend … Read more

Electric arc welding is a metal joining process that uses heat from an electric arc. The arc forms between an electrode and the metals. This heat generates a molten metal pool. When it cools, it creates a solid joint. Electric arc welding is efficient and offers good weld quality, making it popular in many applications. … Read more

Sub arc beam welding uses submerged arc welding (SAW) to join structural steel beams. This cost-effective method employs a wire electrode under a flux layer, improving welding quality and material deposition. It allows for automation and reduces heat treatment delays, ensuring strong connections in various construction projects. Moreover, recent developments have improved the adaptability of … Read more

{Submerged arc welding boom is a system that includes a power source, mobile column, and boom for welding automation. It uses large diameter wire and flux to improve metal deposition. This equipment is ideal for pipe and tank projects and complies with ASME Sec IX standards, boosting efficiency in welding applications.} The advanced efficiency of … Read more

Sub arc welding cable assemblies are high-quality, flexible cables designed for submerged arc welding. They provide a strong connection between the welding machine and the workpiece. For reliable and durable options, including grounding cable assemblies, check reputable suppliers like Lincoln Electric that meet industry standards. These cable assemblies serve various applications in industries such as … Read more

Use our Sub Arc Welding Calculator to efficiently analyze total weld costs. Input your weld data, including joint types like fillet or V-joint. Determine consumable needs and optimize welding parameters. Download our app for easy access and accurate calculations to enhance your welding production management. Accurate cost estimates play a crucial role in managing project … Read more

Porosity forms gas bubbles in the weld, weakening its strength. Cracking creates fissures and risks structural failure. Slag inclusion occurs when un-melted flux or impurities trap in the weld, harming its integrity. Each of these defects needs careful correction to ensure strong and reliable welds. Undercutting appears as grooves along the weld bead. This defect … Read more

The deep penetrating current setting for submerged arc welding (SAW) is key for strong welds. Higher amperage improves weld penetration but may lead to dilution of weld chemistry. Using a smaller electrode diameter can further enhance penetration depth. Adjust amperage, current density, and travel speed for optimal results and to avoid burn-through on thin materials. … Read more

Magnetic arc blow in stud welding happens due to workpiece connection issues, joint design flaws, poor fit-up, improper settings, and atmospheric conditions. This causes currents to shift, leading to off-center welds. To reduce arc blow, maintain a square travel angle and use dual grounding cables. Proper stud diameter also helps. To effectively address these challenges, … Read more

Steve Bleile’s “Arc Welding II” tutorial focuses on stick welding techniques. It includes key topics like electrode types, settings, rod angle, travel speed, and personal protective equipment. Bleile is an ASME certified welder and shares valuable insights into arc welding methods for effective learning. One of the standout features of this book is its detailed … Read more