Argon welding - Import export

Argon welding is the word “Tungsten Inert Gas” that gives the welding method its name. Welding is also called the initials of this word and is referred to as TIG welding. The heat to perform the welding process is generated between the electrodes made of tungsten metal, which has a very high melting point, and the parts to be welded. The welding zone is protected by argon or helium gas sent from a nozzle surrounding the electrode. The electrodes used in the Tig (argon) welding method allow to join the welded material by melting, without melting themselves. When deemed necessary, additional welding rods are delivered to the welding area by the welder or by automatic wire feeding devices, as in oxy gas welding. Argon gas is generally used as a shield in argon welding. Argon gas is a noble gas, so it does not react and provides strong protection. It optimizes the ignition characteristics and stability of the arc

"Argon-arc welding Electric arc welding Gas metal arc welding Arc welding"

In our factory, welded production can be made in line with the needs of our customers. We can prepare projects for our customers' production needs and produce them.

We offer welded construction solutions using gas metal arc, argon, MIG, TIG and Laser welding technology according to the requirements of our customers. Welding is the process of joining two or more materials with the effect of heat and/or pressure, with or without the use of additional materials. In addition to the joining process, the welding process is used in coating and filling processes. Today, there are many different welding methods. It is a type of process that is used extensively in the industry. Welded manufacturing is defined as a special process in international standards. For this reason, there are international standards in order to guarantee and level the quality level in welded manufacturing.

In recent years, TIG welding has faced increasing competition from continuously refined MIG/MAG processes and their derived methods. Despite the slower welding speeds and lower melting power of TIG, it remains unmatched in achieving the highest quality results for many applications. Recent advancements in power supply technology offer promising future opportunities for TIG welding.

In recent years, TIG welding has faced increasing competition from continuously refined MIG/MAG processes and their derived methods. Despite the slower welding speeds and lower melting power of TIG, it remains unmatched in achieving the highest quality results for many applications. Recent advancements in power supply technology offer promising future opportunities for TIG welding.