The Advantages Of Furnace Brazing Aluminum Parts For Illinois OEMs

by | Jan 2, 2019 | Heat Treatment

The best options in the production of parts that need joining is a method that is fast, efficient and delivers quality joints that are free from leaks and problems. When working with aluminum, one of the most common methods of creating joints is through the use of brazing.

Brazing is an ideal option when working with aluminum as it requires lower heat while still producing a stronger joint. Additionally, through the use of brazing, it is possible to create joints in different metals, including aluminum and copper, which is a common option.

The Benefits of Furnace Brazing

When considering furnace brazing aluminum, OEMs in Illinois can take advantage of the continuous feed belts that allow for fast production that can be quality controlled for precision application of the required paste or wire pre-forms, ensuring an even, complete joint even with very complex parts.

The use of robotics to apply the paste and the braze filler metal creates a consistent joint that is not possible with manual brazing processes. When combined with the precision movement of the belt for heating and cooling processes, the result is a superior braze on both small and large parts and components.

There are other options to apply the brazing pastes as well, all which feature quick, precise application that helps to speed up preparation for brazing while also ensuring a quality joint.

Expert Process Design

A key factor in furnace brazing aluminum is to design the process to the specific parts. By choosing the joint design, the correct pre-brazing surface cleaning process, and the heating and cooling cycle correctly, precision and quality are always present in the final part.

Working with an Illinois company with expertise and experience in furnace brazing aluminum is critical. Poor brazing does result in part and component failure, but the correct brazing process provides a joint that is stronger and longer lasting than other joining methods.

Latest Articles

Categories

Archives

Similar Articles

No Results Found

The page you requested could not be found. Try refining your search, or use the navigation above to locate the post.