An Interference Stud is pressed into a pre-drilled hole or bore in one component, creating a tight interference fit. The interference fit relies on the difference in dimensions between the stud and the hole, with the stud being slightly larger in diameter than the hole. It involves the compression and deformation of the surrounding material when it is pressed into the hole. This compression generates frictional forces and creates a secure and rigid connection between the stud and the component, eliminating the need for additional fasteners.Attributes:• Exhibit excellent resistance to vibration and dynamic loads, ensuring the connection remains secure even in high-vibration environments• Allows for efficient transfer of axial and shear loads between the components, ensuring reliable performance under demanding conditionsApplications:An Interference stud is used in fuel injection pumps, and fan drives to provide a mechanically strong and secure connection between components, eliminating the risk of loosening or separation.