Welding is one of the most essential processes when it comes to construction, repairs, and fabrications. With metal core welding, you can secure two different pieces of metal together as one.
This highly efficient process is often utilized in the automobile and heavy engineering industries. It is important to understand what metal core welding is and know its benefits when considering this process for your specific project. In this article, we will discuss what metal core welding is and the benefits it offers.
In addition, we will highlight statistics on its utilization and the technicalities that go into various metal core welding processes. With the global metal core welding industry estimated to grow to over $15 Billion in the next five years, knowing what it entails is paramount.
What is Metal Core Welding?Metal core welding is a type of welding that uses a combination of gas, wire, and metal powder to create a strong and durable bond between two pieces of metal. It is also sometimes referred to as Metal Core Arc Welding (MCAW) or Steel Core Arc Welding (SCAW).
It is a relatively new technology compared to traditional arc welding methods, and it has some advantages.
Benefits of Metal Core Welding
- Metal core welding is extremely efficient – it typically uses 90-95% wire, 5-10% power, and 0-5% gas.
- It is faster than traditional welding methods, and produces fewer fumes and sparks.
- The metal deposit produced during metal core welding is shiny and clean.
- Metal core welding is very versatile and can be used in a variety of applications.
Components of Metal Core WeldingMetal core welding is comprised of three main components – wire, gas, and metal powder. The wire is typically a metal alloy such as aluminum, steel, or copper.
The gas is used to create a shielding environment for the welding process, protecting the metal from oxidation. The metal powder is used to add strength and structural integrity to the weld.
The metal powder is usually iron or manganese.
Applications of Metal Core WeldingMetal core welding has a variety of applications across many industries, including construction, automotive, and aerospace. It is used in processes such as pipe welding, fabrication, and metal fabrication.
It is perfect for projects that require a strong and durable bond, as the metal deposits create a smooth and shiny finish.