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Bendtech engineering provides quality metal fabrication supplies and services. With the latest technology, we deliver large production runs of custom metal fabrication, custom stainless steel fabrication, metal bending, powder coating and more. We are one of the most diverse metal fabricators in Australia. We have a wide, experienced workforce and computer automation to increase efficiency and quality. At Bendtech engineering, we are a cut above all other metal fabricators with our sincere wish to partner with you. Metal bending is indeed all around us in the form of beams, pipes or angles. Right from the simplest building structure to mining industries, bending forms the basis of all construction today. You might have never thought of it but there is more than just one way of metal bending. The best known way to bend metal is rolling. This is also pretty inexpensive compared to the other processes. This process is used in adjusting metal to produce pipe, angle or steel tube. When the metal passes through the roll, the machine bends the required material using justified force. Mandrel Bending is another process preferred by some metal benders. It makes use of a metal shaft known as the mandrel inserted inside the tubing. The mandrel is then moved or bent to give the tubing the required shape. This process works best with thick-walled tubing at a temperature of about 180 degrees. Press Metal Bending is another method of bending which involves using pressure to bend the metal to its required size. A press applies force every 6 or 7 inches to work depending upon the requirements of the customer. This process is commonly used with bigger and heavier pipes, beams, bars and tubes. Fabrication of sheet metal necessitates different calculations to be used. The calculations will create a difference in the amount of air pressure and compression that is a part of the procedure. This will also help in making an alternative process for the heat to be applied to the sheet metal. If it is thicker, then more air compression will need to be used to force the right shape of the metal. There is also a certain amount of allowance that each of the metals should have when creating the right shape. Distances from the center of the metal and the degree of the bend will make a difference in the end results of the shape and design. If the material is thinner, then shapes that fold or create three points may be used. Thicker materials may not be able to provide the same, flexible shapes. This depends on the considerations used for the materials and the degree of the bend. Considering each of the angles of the metal then leads to a different look and design that is used for the end shape of the metal part used. Each of the processes and calculations that are used for bending is combined with alternative shapes and designs that can be used. The use of this particular metal and the ability to create the right effect from the bending leads to an alternative look and design. No matter what industry you are in, you can look into the procedure of metal fabrication to get the right stability for the parts you need. For more info on pipe bending log on to stainless steel angles for a more in-depth approach on the above article.
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pipe bending, stainless steel angles, mandrel bending,
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