Joining mixed materials such as aluminum, steel and high-strength steel can be a challenge for manufacturers. We have a powerful combination of technologies that can help you solve your joining challenges that also have more benefits such as a cleaner work environment, and saving time and cost. Please take some time to review our joining techniques. Check back often, we are always adding to our Expert Corner for Joining Solutions.
The assembly process of a high voltage EV battery pack has a strong influence on the performance, safety and durability of the battery. Choosing the right joining technology for the special requirements of battery manufacturing and aiming for an efficient joining process is crucial.
Error-proofing techniques to achieve the perfect SPR joint quality, every time. You need to know that your self-pierced rivets are correctly inserted. You can visually inspect the rivet head which should indicate that you have a sound joint, although this is only part of the story.
At times of lightweight and multi-material design, hybrid joining is one of the major trends in automotive body shops. More than 20% material savings are only one of the numerous advantages of stitch bead in comparison to a common bead application. Learn how you can push the productivity, safety and quality of your hybrid joining process to the next level – all while lowering your total cost of ownership.
Hem flange bonding is one of the most challenging joining methods in car body construction. Here, the focus is placed on the ideal distribution of material to achieve an optimal filling of the seam area and thus ensure structural stability and prevent corrosion. The application process of the adhesive has a significant impact on this.
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