Applicability Of Cold-pressed Pin Rivet Connection Solutions To High-load Conditions

In gearbox and housing structures, a reliable connection solution is often required under high loads and complex stresses. The rivet connection method described in section male crimp contact demonstrates excellent applicability in such harsh environments. This method tightly bonds rivets to metal components through cold pressing or crimping. Compared to traditional bolt connections or hot riveting, section crimp contact maintains the geometric accuracy and material properties of the components during manufacturing and assembly.

During component assembly, section crimp contact pin is inserted into a pre-set hole, aligned with the connecting parts, and a crimping force is applied, causing plastic deformation or metal flow between the rivet legs, forming a mechanically locked structure. This structure combines the internal stress and deformation stress of the metal, ensuring stability at the connection under both static and dynamic loads. This rivet connection maintains connection integrity and structural stability even under vibration, impact, or high-frequency load conditions.