The Power of Induction Bending

At an industrial scale, the quality of bends made on pipes and tubes is consequential to the overall functionality and lifespan of the tube. If you need tubes and pipes bent at certain angles and extents, induction bending is one of the methods that you can rely upon. Induction benders employ the use of magnetic and electric heating to uniformly shape a bend along the length of a tube or metallic pipe. Induction bending has several advantages over welding and other pipe bending techniques. If you are looking for pipes to be bent for various applications, the main areas of concern would be the physical qualities of the resulting bends, the intended application of the bent tubes, and how much pressure the resulting bends would be able to sustain for effective operation. The following are two crucial advantages induction benders should be able grant your pipes and tubes.

Increased bend integrity

Welded joints usually wear down very fast. With time, such joints give in and become major points of leakage. Induction bending eliminates this probability. With induction bending, the bend is uniformly created along the length of the pipe. This results in the original material bending without any joints that could become future weakness areas. Welded joints and elbows alike could create areas of increased friction within a tube as well. With induction bending, flow within the tube proceeds uniformly along the pipe, eliminating such areas of disturbance and friction. Heat bending has been known to create bends that have a reduced capacity as compared to other sections along the tube. Induction bending eliminates this along the bend, ensuring that the bend possesses similar qualities as the entire length of the tube.

 Radial flexibility

With many bending options, the radius of the bend is greatly limited to certain specific angles. With welding joints and some elbows, for instance, the best angles would be the forty-five and ninety degree angles naturally. Induction benders are a better option if you need bends of radii stretching these limits. Induction bending can achieve bends of multiple radii depending on what you require. The best part of it all is that you can varyingly alter the radii of bends along a single pipe without being restricted to specific measurements.  This flexibility is useful in various industrial pipes that need to be bent differently at various positions along the length.

The above two advantages are just some of the many reasons why many industrial players are going for induction bending over several earlier conventional pipe bending options. Find out more about induction bending by clicking here.