Rivet Nuts @Circadea 
Metric Sealed Back
Metric Aluminum
SAE Aluminum
2300 lbs steel = 10,222 Newtons
3300 lbs stainless steel = 15,555 Newtons
Thrust nuts are of various dynamic and static loads capabilities.
The basic dynamic load rating is the load which a bearing can theoretically endure for a basic rating life of one million revolutions.
This is expressed as pure radial load for radial bearings and pure axial load for thrust bearings.
- Rivet nut material: Aluminum rivet nuts generally require less force to set than steel rivet nuts.
- Rivet nut thickness: Thicker rivet nuts require more force to set.
- Hole size: The hole in the workpiece should be slightly smaller than the rivet nut. A larger hole will require more force to set the rivet nut.
- Tool quality: A higher-quality tool will be able to set the rivet nut with less force.
It is important to use a tool that is specifically designed for setting rivet nuts. Using a tool that is not designed for this purpose can damage the rivet nut or the workpiece.
When setting a rivet nut, it is important to apply the force evenly and slowly. Do not apply too much force too quickly, as this can damage the rivet nut.
Here are some additional tips for setting rivet nuts:
Use a torque wrench: A torque wrench can help you to ensure that you are applying the correct amount of force to the rivet nut.- Use a lubricant: A lubricant can help to reduce the friction between the rivet nut and the tool, making it easier to set the rivet nut.
- Check the rivet nut for damage:
After setting the rivet nut, inspect it for damage. If the rivet nut is
damaged, it may not be able to withstand the intended load.
Hex Head Cap Screw with metal nut plus thrust bearing washer. NTA411
Coupling
Nut Setting Specifications
1/4-20- cap screw Stianless
1/4-20 Black
1300 lbs aluminum 1 Newton = .225 lbs force = 5777 Newtons <<< ??? 60lbs in per toque strenth table. Steel 130 Stainless 160
20-220 lbs in torque wrench
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