These types of rivets are one of the oldest and most reliable types of fasteners available. Each rivet is completely solid, meaning this type of rivet is generally used when reliability and safety are very important.
Used for appliances like knitting machines. Since it's also made from brass, it's easily removable and replace-able.
This is a general hardware piece found in many hardware stores with a few custom modifications. This piece is often used to fasten metal to wood due to the threading.
The thick head gives increased riveting strength, meaning more pressure can be applied to the rivet. The copper makes the rivet ideal for electrical conductivity.
The brass makes it easily replace-able, while the counter sink makes the rivet sit flushly against the surface it's punched into.
Typically used as the plunger in an electrical switch since the rivet has a long reach to touch both ends of an electrical circuit.
Used as the stop in for an automotive clutch assembly. The rivet is perfect for fixing multiple surfaces together.
The rivet has custom lettering engraved on each rivet, with the aluminium making it lighter and rust-resistant. This particular one is used in a brake lining.
Due to the thicker shaft with the step at the end, this rivet is being used for a clutch assembly to provide proper support for the component.
This particular rivet is used in a clutch assembly, with the flat step head serving as a regular fastener.
The step of the rivet goes into a component and locks, which can then fastened afterwards. Currently used in a machining assembly.
The mushroom head provides for increased load bearing capibility and fastening strength. This one is used in a clutch assembly.
The mushroom head provides increased strength in the head, while the tapered shank proves for a smaller less obtrusive, bucked tail. This one is used in a clutch assembly.
The head first goes up and locks into a component, then is riveted. This one is used in a clutch assembly.
The smaller mushroom head provides for a stronger rivet in a smaller scope, which is used for electrical assembly.
The mushroom head provides stronger support while the taper shank is for a smaller tail. This is used in an autoelectric assembly.
Due to the knurled nature of the shank, the rivet holds to metal casting well. This one is used to adhere nameplate onto machines.
In order to prevent the rivet and component from turning after riveting, a square shank is used. This particular rivet is used in an electrical assembly.
The thick rivet has a high load bearing capability while the tapered shaft works for easier entry. This is used in a clutch plate cover.
The thicker head provides extra support and load bearing capabilities. This particular one is used in a clutch assembly.
The yellow coating prevents against rust and provides a clean golden finish. This is used in an automotive clutch component.