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Plasma cutting is similar to cutting through various materials with a very hot knife. It is a wonderful process because it can slice through metal very effortlessly. But how does it work? Let’s find out.
Plasma Cutting Electricity and Gases
Electricity AND gas work together in plasma cutting. When plasma is generated by electricity passing through an inert gas as a plasma cutter is turned on. It produces a super-hot plume of plasma. The plasma can reach temperatures of 30,000 degrees Fahrenheit, cutting through tough materials.
The Transfer of Heat in Plasma Cutting
Heat transfers from hot objects to cold objects. With plasma cutting torch, the hot plasma jet melts whatever material it contacts and then blows it away. By adjusting the speed of the plasma jet and the amount of gas, we are able to create precise cuts through the material.
Different Grades of Plasma Cutting Material and Its Applications
One of the advantages of plasma cutting nozzle is that it cuts through many kinds of materials. It is widely used for cutting metals l such as aluminum, copper, and steel. That makes it ideal for creating metal art, industrial components, and even amusing DIY projects such as custom signs and brackets.
Advantages of utilizing Plasma cutting for your projects
Most people prefer to use plasma cutting for their projects. One of the major reasons for that is it’s fast and accurate. Plasma cutting has the advantage over other cutting methods, as it can make neat and fast cuts without jaggedness. This is excellent for industrial work and DIY (where accuracy is important).