How Does the Oxyfuel Cutting services process Work?

Oxy- energy cutting is a chemical response between steel and oxygen to make iron oxide. The fine and high-pressure stream oxygen is then directed towards the heated area. Then the preheat area and oxygen stream are moved at a constant speed to form a continuous cut as the steel is oxidized and blown away to form a cavity. Oxyfuel firebugs are usually used for cutting only ferrous metals or those consisting of iron, such as carbon steel but for some materials; they are not used for cutting cast iron, aluminum, or stainless steel.

The oxyfuel process is the most extensively used for the industrial thermal cutting process as it can cut thicknesses from 0.5mm to 250mm, can be used manually or mechanized, and the equipment cost is also low. A variety of nozzle design options and fuel gases can remarkably increase the performance of the oxyfuel process in terms of cut quality and cutting speed.

Oxyfuel cutting is best used for welding thick metals that contain iron. The services included accurate cuts, though it takes time to cut materials for proper effectiveness for thin materials. Some companies also provide robotic plasma cutting services other than oxyfuel cutting services. But both the services have their advantages and disadvantages. While both services could mechanize many applications, each excels differently, depending on the material being used and the desired performance parameters.

Browning Enterprises Inc. is a leading provider of oxyfuel cutting services in Alabama, where they also provide Plasma cutting services. Their experienced & enthusiastic team pulls these services with the help of the latest technologies. The company has global recognition and reach with its service excellence, innovation, quality, along with design, supply, and erect metal buildings anywhere in Alabama.

Contacts US:

100 7th Avenue SW Attalla, AL 35954

Mailing Address: P.O. Box 807 Attalla, AL 35954

Phone:256-538-0517 

Email: info@beial.com 

Fax: 256-538-0518

Visit our website https://beial.com/