![]() ![]() One key advantage of blind rivets is their ability to secure joints without needing access to both sides of the workpiece. This action causes the body to expand and shape depending on the surface impedance, eventually forming a secure joint. When used, the rivet is placed into a pre-drilled hole, and a powered rivet gun pulls the mandrel into the rivet body. These rivets typically comprise a smooth, cylindrical body and a mandrel through the center. Blind rivets are used when the other side of the workpiece is not accessible.īlind rivets, commonly called pop rivets or hollow rivets, have gained popularity where only one side of the workpiece is accessible. The most prevalent rivets in today’s industry are the standard round rivets, self-piercing rivets, blind rivets, countersunk rivets, etc. The common types of rivets are blind rivets or pop rivets, self-piercing rivets, rivet nuts, drive rivets, split rivets, structural steel rivets, flush rivets, Oscar rivets, solid rivets, friction lock rivets, and plastic rivets. Plastic rivets are used for joining non-metallic materials used in consumer products. Steel rivets may be coated with zinc to make them resistant to rust. The rivets are made in different materials, such as Aluminum, copper, brass, Monel (nickel-copper alloy), steel, stainless steel, non-metals (plastic), etc. Rivets can take tension loads and are good for shear loads.Ī standard riveting process involves inserting the rivet into the rivet hole from the top end of the workpieces, and a rivet head is formed on the other end of the workpiece by hammering or other methods to secure the two workpieces together.ĭifferent types of rivets cater to varying applications, and the rivets are available in different materials. You can define a rivet as a permanent type of fastener with a head at one end and a cylindrical stem (also called a pin) at the other end and is used for joining or fastening two workpieces together. We also delve into rivet selection, application, and installation process considerations and discuss whether riveting is reversible. It includes an overview of the process and evaluation of rivet materials and types. This article provides a comprehensive overview of riveting. Industries such as automotive and aerospace continue to value their utility even in today’s modern context. Though welding has replaced riveting in many areas, the riveting process still retains its relevance. ![]() Its applications were far-reaching, from metal bridges, ships, automobile bodies, and rail coaches to erecting airplanes and buildings, both commercial and residential. In the olden days, riveting was a popular process of joining parts in the engineering industry before modern welding and brazing techniques. ![]()
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