Canaweld

AC DC welder is two types of arc welding that produce an electric arc using various currents. An electric arc is created between an electrode and the metal being welded in several methods of welding. The heat from the electric arc is used to fuse the metals together.  A power supply, which can be either alternating current or direct current, creates the arc. The power source AC or DC determines the polarity of the electrical current that travels through the electrode. The power source used has an impact on the weld created. The quality and strength of your weld are determined by the electrode polarity you select. The two types of current flow are also known as 'electrode negative' and 'electrode positive,' and are commonly referred to as straight or reverse.  The DC polarity remains constant, whereas the AC polarity alternates between flowing in one direction for half of the time and in the opposite, reverse, direction for the other half of the time. Advantages of DC we

Stud welding is a single-sided fastening method that connects a metal part to another metal component, typically a metal sheet called the parent material. A strong arc of electricity created by a positive electric current is used to fuse parts together.  Both metals reach their melting points as a result of the arc's heat. The part and the parent material are pressed together to form a secure joining and become one once a molten pool has formed. Here are some of the advantages of stud welding: 1. Adaptable.  A stud welder is suitable for a wide range of metals and stud sizes. If the right equipment is used, stainless steel, mild steel, aluminium, copper, and brass can be stud welded effectively. If you have the right attachments and equipment, you can use threaded, unthreaded, or internally threaded studs with diameters ranging from 1 to 25 mm. 2. Accessible.  Workers don't have to twist and turn themselves to make a good weld with stud welding. They only require access to on