High-Strength Swage Nuts | Carbon Steel & Stainless Steel | PEM® Style

Swage Riveting, in the riveting process, involves applying external force to plastically deform part of the material of the riveting screw or nut, thereby forming a tight integration with the base material and achieving a secure connection between two components. Swage riveting causes partial plastic deformation of the material, resulting in firm integration with the substrate. It is suitable for ZRS connectors, offering relatively simple processing but moderate fastening strength. This riveting method is commonly used for connecting components such as ZRS connectors. The process is relatively straightforward, yet provides adequate connection strength, making it suitable for applications where fastener height is limited and the torque load is not excessive.

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Advantages of Swage Nuts:
Round head and hex head swage nuts are widely used in the embedding process of metal sheets, control cabinets, power cabinets, and other products' wall panels. Due to their unique structure, assembly simply involves placing the swage nut into the metal plate's hole and performing the swaging operation. The advantages are as follows:
Thanks to the use of specially toughened steel and a dedicated jig that expands the nut from the inside out, the swage nut fits tightly into the plate hole, ensuring secure fastening and resistance to loosening. The assembly process is straightforward and highly reliable.

High-Strength Swage Nuts | Carbon Steel & Stainless Steel | PEM® Style

Application Scenarios

Sheet Metal Fabrication: Widely used in the wall panel embedding process of chassis, cabinets, and other products. Achieves efficient fastening through riveting, eliminating the need for welding or tapping.

Thin Sheet Connection: Used with high-hardness materials such as aluminum alloy and stainless steel as an alternative to traditional welding or tapping processes, reducing the risk of base material deformation.

Electromechanical Product Assembly: Applied in power cabinets, control boxes, and other systems to achieve stable connections in complex structures via riveting.