Metal joining methods through the welding process move forward. One of the latest advances is the plasma arc welding and cutting company developed by Linde. The system utilizes a plazma the gas is heated to very high temperatures and ionized which allows to conduct electricity. This gas plasma arc transfer with the metal to produce heat as high as 50,000 degrees F. While the process is similar to TIG welding system offers many benefits and improvements to the welding industry advantages it offers in metal cutting is probably much better known and appreciated by a small or medium sheet metal and auto body shops.
For over a hundred years accepted method of metal cutting has become oxyacettylene fire. The fire that burned through the metal oxyacettylene is a very effective method of cutting the metal is greater than one eighth inch thick. Thin metal cutting, especially when dealing with a thickness of one inch or less Sixteenth makes the process much less desirable. The heat generated when cutting through metal and relatively slow journey along the line will be very bad piece of thin metal damage and left a large amount of slag or metal distorted along and on both the top and bottom cut line. These residues must be removed by grinding which is normally labor-intensive task.
Because the auto body shop regularly work with very thin metal auto body oxyacetylene gas cutting methods parents always less satisfying. This is the kind of shops where superior plasma arc cutting machine. Because the plasma arc produces such high heat, using up to 50,000 volts of electricity, which concentrated on the cut line and not scattered in areas adjacent to the cutting torch and cut along the line very fast, metal distortion all but eliminated. Finish cut in many cases are very clean and do not require cleaning. Another advantage to an auto body shop is that the arc plasma to penetrate the painted surface and rust is always a problem with the auto body work.
Field of metal welding and cutting has become so advanced that the traditional methods of advanced emerging very quickly that not only makes working with exotic materials possible but also help the company to operate at a profit. The future seems very bright for this field.
For over a hundred years accepted method of metal cutting has become oxyacettylene fire. The fire that burned through the metal oxyacettylene is a very effective method of cutting the metal is greater than one eighth inch thick. Thin metal cutting, especially when dealing with a thickness of one inch or less Sixteenth makes the process much less desirable. The heat generated when cutting through metal and relatively slow journey along the line will be very bad piece of thin metal damage and left a large amount of slag or metal distorted along and on both the top and bottom cut line. These residues must be removed by grinding which is normally labor-intensive task.
Because the auto body shop regularly work with very thin metal auto body oxyacetylene gas cutting methods parents always less satisfying. This is the kind of shops where superior plasma arc cutting machine. Because the plasma arc produces such high heat, using up to 50,000 volts of electricity, which concentrated on the cut line and not scattered in areas adjacent to the cutting torch and cut along the line very fast, metal distortion all but eliminated. Finish cut in many cases are very clean and do not require cleaning. Another advantage to an auto body shop is that the arc plasma to penetrate the painted surface and rust is always a problem with the auto body work.
Field of metal welding and cutting has become so advanced that the traditional methods of advanced emerging very quickly that not only makes working with exotic materials possible but also help the company to operate at a profit. The future seems very bright for this field.
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Tagged @ Plasma Cutting
