These products are suitable for a broad range of metalworking, assembly and production tasks that involve thin sheet metal materials, such as general machinery building/assembly, tube bending, lathe work and mounting rails of equipment racks.
What are the key differences between panel fastener types?
- Cage nuts are typically used for mounting front panels to slide systems and instrument housings. A steel nut is held captive in a spring-steel cage for added grip/durability, and ideally used with a range of front panel screws.
- Captive nuts work similarly to cage nuts; when compressed during insertion they secure, lock and hold the nut in the desired position.
- Clinch nuts are most often used as permanent installations on thin sheet materials like aluminium.
- Once inserted into a properly sized hole, a parallel squeezing force is applied to the head of the self-clinching nut, causing a flow of material into specially designed grooves under the head for a load-bearing, torque-resistant joint.
- Along with self-clinching captive studs, they’re often found as fasteners in white goods and various electrical assemblies and enclosures.
- Self-clinching standoffs work similarly to rivet bushes, in that they’re designed to allow greater loads to be affixed to relatively thin or weak materials.
- They’re used to insert a load-bearing thread into a sheet of material, often in order to raise it above another piece (e.g. lifting a PCB away from a metal case to prevent shorting.
- Through-threaded standoffs are fully drilled out, while the hole in a blind-threaded standoff is only cut to a partial depth for retaining smooth, closed outer panels when inserted flush with a surface.
- Mandrels are a special type of shaft or bar fastener, designed to be inserted into holes in sheet metals in order to hold them securely in place during machining.
- They’re sold in plain tempered steel varieties, as well as expanding versions (slightly tapered with an expandable wedge for holding your work), or straight threaded nut mandrels.
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