Longitudinal slots split the body into segments that deform outward during installation, creating multiple contact points for enhanced grip. Slots allow uniform radial expansion, reducing stress on brittle materials like composites or thin sheet metal. Segmented deformation increases resistance to pull-out forces, ideal for lightweight or low-density materials.

The entire body is hexagonal, providing superior anti-rotation by biting into the material when installed in a hole. This prevents spinning during bolt tightening or in high-vibration environments. The closed end provides a watertight and airtight seal, making it ideal for applications requiring fluid or environmental resistance. Requires a rivet nut tool (mandrel) to pull and deform the body, expanding it against the material.

Features a hexagonal profile on the side of head that mates with a corresponding hexagonal hole. The closed end provides a watertight and airtight seal, making it ideal for applications requiring fluid or environmental resistance. Requires a rivet nut tool (mandrel) to pull and deform the body, expanding it against the material. The hexagonal portion aligns with a pre-formed hex hole to lock in place, ensuring anti-rotation.

The knurling (textured surface) enhances grip within the host material, preventing rotation during installation and use. The closed end provides a watertight and airtight seal, making it ideal for applications requiring fluid or environmental resistance. Requires a rivet nut tool to pull a mandrel through the nut, deforming the open end into a bulge that secures the nut against the material.

The entire body is hexagonal, providing superior anti-rotation by biting into the material when installed in a hole. This prevents spinning during bolt tightening or in high-vibration environments. Through-hole design enabling bolts to pass entirely through, facilitating through bolting. Requires a rivet nut tool (mandrel) to pull and deform the body, expanding it against the material.

Features a hexagonal profile on the side of head that mates with a corresponding hexagonal hole. Through-hole design enabling bolts to pass entirely through, facilitating through bolting. Requires a rivet nut tool (mandrel) to pull and deform the body, expanding it against the material. The hexagonal portion aligns with a pre-formed hex hole to lock in place, ensuring anti-rotation.

Open-end blind rivets feature a hollow body that allows the mandrel to be pulled entirely through the rivet during installation, they are distinguished by their hollow core and through-hole, suitable for non-sealed environments where water-tightness is not critical.

The rivet features a closed end at the tip, creating a watertight or airtight seal post-installation. This prevents fluids, gases, or contaminants from passing through, making it ideal for leak-prone environments.

Multigrip rivets are designed for applications requiring flexibility in grip range and enhanced structural performance. The captive mandrel is non-positively locked, eliminating clearance and preventing rattling, which is critical in vibration-prone environments. Unlike Unigrip rivets, multigrip variants reduce inventory needs by replacing multiple rivet sizes with a single adaptable option. Their design also minimizes installation errors caused by mismatched grip lengths.

Monobolt rivets feature a retained mandrel (break mandrel) that remains within the rivet body after installation, enhancing structural integrity and preventing loosening under vibration or dynamic loads. They offer superior shear and tensile strength, making them ideal for heavy-duty applications in industries like construction, automotive and aerospace.

The knurling (textured surface) enhances grip within the host material, preventing rotation during installation and use. Through-hole design enabling bolts to pass entirely through, facilitating through bolting. Requires a rivet nut tool to pull a mandrel through the nut, deforming the open end into a bulge that secures the nut against the material.

Smooth, round shape allowing easy insertion into pre-drilled holes. Through-hole design enabling bolts to pass entirely through, facilitating through bolting. Requires a rivet nut tool to pull a mandrel through the nut, deforming the open end into a bulge that secures the nut against the material.

Drived rivets are installed by driving a central pin (mandrel) into the rivet body using a hammer, mallet, or punch tool. This action causes the rivet body to expand, securing the materials.. The driven pin deforms the rivet body, creating a secondary head on the blind side for a secure fit. This provides high resistance to vibration and loosening.

Self-Piercing rivets pierce through materials during installation, eliminating the need for pre-drilled holes. The rivet flares within the lower material layer, creating a button-like deformation that forms a strong mechanical interlock. This ensures high joint strength and durability, particularly in shear and tensile loads. High-speed installation via hydraulic/pneumatic presses makes SPR ideal for automated manufacturing (e.g. automotive industry), enhancing production efficiency.

Speed rivets are primarily centered around enabling rapid and efficient installation, particularly in high-volume or automated environments. It utilizes a mandrel (central pin) that is pulled by a tool to deform the rivet body, creating a secure joint.

The mandrel of Pull-Thru rivets is pulled entirely through the rivet body during installation, rather than breaking off. This action expands the rivet body, forming a head on the blind side. Their unique installation process and lack of residual mandrel make them suitable for high-demand environments such as Electronics Industry.

The rivet body of grooved rivets features longitudinal or spiral grooves along the shank. These grooves increase surface area, improving grip and creating a mechanical interlock with the materials being joined. The grooves bite into the substrate, providing superior resistance to vibration, loosening, and pull-out forces, this makes them ideal for dynamic environments.

Freelok rivets with multi-grip capability excels in hole fill, creating a fully sealed, vibration-resistant joint.They effectively close substantial gaps, preventing sheet movement, and the high shear and tensile strength allow for a reduced quantity of rivets per assembly.