Painted blind rivets combine the functional benefits of standard blind rivets with added aesthetic and protective features through a painted or coated finish. Painted blind rivets are ideal for applications requiring both functional fastening and aesthetic harmony. They balance corrosion resistance, color versatility, and ease of installation, making them popular in automotive, construction, and consumer goods industries. 

Peel rivets are specialized rivets designed for applications where a secure hold is needed in soft or brittle materials. When installed, the rivet's end splits into several segments (petals) that fold back against the material. This creates a large blind-side footprint, distributing load and reducing stress on delicate surfaces.

The rivet body splits into three symmetrical lobes or "folds" when the mandrel is pulled, creating multiple contact points. This distributes stress evenly, enhancing grip and reducing the risk of pull-through.

Unigrip rivets are high strength breakstem fasteners with excellent bulbing tail formation and ideal for thin materials. The good filling compensates irregular, enlarged, slit or misaligned holes. They provide a wide support area of the blind side against the rear metal sheet, the high tensile and shear strength provides strong joints that resist vibrations.

Magnadom Rivets’ internal 360° solid-circle lock ensures a flush pin break each and every time. This unique feature also assures a uniform blind-side footprint throughout the grip range. Combined with the hole filling feature, the Magnadom produces consistent mechanical values.

Hemdom rivets feature an interference lock ensuring the strongest vibration-resistant joints. This structural breakstem fastener has exceptional shear and tensile strength and a large blind side bearing area against the rear sheet. The large blind side bearing area spreads the load and prevents creep.

Waterproof trifold rivets employ a unique three-legged head design that distributes the clamp load more evenly than traditional rivets. Because of their three-legged structure, these rivets can typically withstand significant pressure. They can be used for affixing materials of various thicknesses thanks to their wide grip range. Adding a neoprene sealing washer effectively keeps out moisture, allowing these rivets to withstand weather-related corrosion.

Lockbolt rivets consist of a pin (bolt) and a collar. The collar is crimped onto the pin during installation, creating a permanent, high-strength joint. Lockbolts provide greater strength and reliability due to the crimped collar mechanism, making them ideal for high-stress environments. Unlike pop rivets, which rely on mandrel snapping, lockbolts use controlled tension and collar deformation for a more robust joint.

Bomdom rivets are an industrial strength rivet with excellent closing capacity and resistant to tampering. Tailored for robust fastening demands in heavy-duty applications like construction, container assembly, railway projects, mining operations, and bridge building, the Bomdom heavy-duty fastener stands out as a structural blind fastener with superior strength and tamper resistance. The unique locking mechanism not only facilitates a vibration-resistant joint but also prevents stem loosening.

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.

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.

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.

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.

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.

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.

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.

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.

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.