TwinWeld Sweden AB
Welding Processes
TIG
TIG Welding: Refined Precision and Sustainable Results
TIG welding, which stands for “Tungsten Inert Gas”, is an advanced method characterized by its concentrated arc and accuracy. This method involves the use of a stable electrode of tungsten or a tungsten alloy. A short circuit between the grounded workpiece and the positively charged electrode generates the heat.
mig
MIG/MAG Welding: Modern Technology for Qualitative Welding
MIG welding stands for “Metal Inert Gas,” and MAG welding stands for “Metal Active Gas”. These are the most common welding methods in a variety of applications, including car and automotive body sheet repairs. A MIG/MAG welder consists of a power source and a feeder, which can be either integrated into one unit or separate. The feeder will advance a wire electrode/cored wire electrode, through a hose package to a welding gun. Also, creating a protective atmosphere around the welding arc requires a gas bottle with shielding gas.
Cored wire
Preserve the Craft of Welding with Advanced Welding Tools
Welding is a craft that requires skill and precision but unfortunately, it is disappearing in today's industry. Manual MIG welding requires both training and sleight of hand, especially for the most complex projects. However, with the shortage of qualified welders and increasing demand, automated welding tools are becoming increasingly important to businesses
plasma
Plasma Welding: A High-Performance Welding Process
Plasma welding is an advanced process similar to TIG welding, but with some distinct advantages. A key difference is the use of both an internal and an external gas nozzle to create and protect the arc. In the inner nozzle, the plasma gas circulates around a centred tungsten electrode. At the same time, the protective gas flows through the outer nozzle, which provides the same protective function as in TIG welding.