Induction Brazing an Aluminum Assembly
Objective A company wanted to assess using induction heating for their aluminum assembly brazing process, and contacted THE LAB at Ambrell to utilize...
It's no secret that induction heating processes such as Induction brazing offer many benefits when compared to other heating options. However, understanding the specific advantages that come with induction brazing can help companies get the most out of their induction heating equipment. Here are just a few benefits of induction brazing:
Higher Quality Joints
One of the primary benefits of induction brazing is that when performed correctly, it produces higher quality joints that are more durable. Brazing machinery and the resulting process results in cleaner, leak-proof joints because they prevent filler materials from flowing into areas where they shouldn't be. This is one of the biggest reasons why induction brazing is so often used in applications that require a high level of precision and reliability.
Shorter Heating Cycles
Compared to other heating applications such as flame brazing, induction heating processes allow more parts to be processed in the same amount of time, which results in faster heating cycles. Plus, less heat gets released into the surrounding area, which improves efficiency. An induction brazing system that is properly installed will give off heat to one specific and localized area to reduce distortion and optimize the overall process.Less Cleaning
In a normal atmosphere, flame heating causes oxidation, scaling, and other carbon residue and buildup on the system's parts. Keeping these components clean typically requires expensive acid cleaning baths and joint-weakening flux applications. Induction heating equipment and brazing, on the other hand, significantly reduce oxidation and the need for other costly cleaning procedures. And when a fast cool-down cycle is implemented, these benefits only escalate.Consistent Results
Finally, induction brazing is advantageous in the sense that it is a very formulaic and repeatable process. There's little to no guesswork involved because the main variables -- alloy, fixturing, temperature, and part positioning -- are entirely controllable. Furthermore, the induction power supply can be utilized to monitor and control any given cycle time. Plus, visual temperature sensors and pyrometers can help with temperature control.
Ultimately, the basic principles of induction heating have been applied to manufacturing since the 1920s. Understanding these benefits can help you make the best decisions for your industrial heating application needs. For more information about what is induction heating or what industries need brazing machinery, contact Ambrell Corporation.
Applications for Induction Heating in Aerospace and Defense
Induction heating is a process that uses electromagnetic fields to heat electrically conductive materials. It has been used in numerous industries...
How Researchers and Universities Use Induction Heating
Induction heating, a process that uses electromagnetic induction to heat electrically conductive materials, is often thought of for large industrial...