Fabrication is vital for any industry that works with metal. Whether you are utilising sheets, pipes and more, you will need to enlist fabrication services to ensure your products are not only assembled professionally but that they will maintain their robustness for the long term. When it comes to fabrication techniques, welding is indubitably the most sought after when one needs to join multiples pieces of metal together. Nonetheless, this does not mean it is the only way you can do this.
Another method, which can prove to be even more practical for your applications than welding, is brazing. Granted, this technique is utilised to join metals, it is also employed for filling gaps in the metals too. If you have never come across this technique before, here is a brief introduction on how functional it can be for your metal fabrication projects.
Brazing can be employed to join divergent metal supplies
One unique advantage that brazing offers over its welding counterpart is the ability to connect metals of different compositions without having to worry about your parent metal acquiring damage. When it comes to welding, the metals being worked on all need to have a matching chemical composition. For instance, the metals may sound alike but if their core properties vary even slightly, the welding process will fail and this will waste both time and your resources.
Brazing, on the other hand, allows you to connect materials such as stainless steel to aluminium, if you are in the business of producing cookware, for example. Other industries that can benefit from brazing for divergent metal supplies include the automotive industry, construction and so on.
Brazing decreases the risk of heat stress
The second unique benefit that brazing offers over welding is the reduced chance of your metal products acquiring heat stress during the fabrication process. Heat is widely employed in fabrication since it is key for melting the metal supplies. However, when the metal products are exposed to heat stress, they become vulnerable to premature degradation. Although the final product may seem fine once the fabrication process is done, the reality is its structural integrity is destabilised.
Welding is notorious for causing this because the heat emitted during the process is localised to a singular spot, whereas, with brazing, the heat is distributed generally across the metal rather than focused on a singular point. As a result, the finished products are highly stable. Furthermore, you do not lose money from extremely heat-stressed products that cannot be sold.
For more information, contact a metal fabrication service.