Hexagon Rivet Bush Installation
The Hexagon Rivet Bush has been designed and cut to utilise the hexagons 6 points feature which when installed provide an anchor against torsional load. It is designed to be riveted or 'peened' over the sheet metal to provide a strong and reusable thread assembly.
|Ensure the correct spigot length has been selected for sheet thickness being used. Select the appropriate hole size from the table below for the bush required. Punch the hole diameter into the sheet material.||Place the sheet metal on the busg so the spigot protrudes through the hole. If the bush is not seated ‘square’ in the hole, the joint will be imperfect and mating threads will mis-align.||Using a profiled punch, apply only sufficient pressure to ‘peen’ the spigot and embed the Hexagons’ 6 points into the sheet metal. Providing Torsional (rotational) resistance. After installation the spigot is to be flush.|
|For best torsional and pull-out resistance, the6 points of the hexagon should be embedded in the face of the sheet material and the spigot should be flush with the underside of the sheet after installation.|
Using the table below with reference to the specific size of the Hexagon rivet bush, select the correct Hole size for the installation of the fastener. For the best dimensional accuracy and therefore performance, TR Fastenings recommends that all holes in the sheet metal application be punched.
To install the fastener into the punched Hole a profiled punch or a ball bearing of a suitable size is required. The profiled punch can be sourced from the TR Fastenings sales team.
Hole Sizes - Metric (mm)
|Recommended hole size +0.05 -0.00mm||5.54||5.54||6.73||6.73||7.92||9.52||12.70||15.87||19.05|
Hole Sizes - Inch (inches)
|Recommended hole size +0.002 -0.000"||.218||.218||.265||.265||.312||.375||.500||.625||.750|
Detail 1 - Oil hardening steel 665 M17 (EN34)
Note: 760°C - 780°C Oil quench Temper 150°C - 200°C
Note: Due to the fact that fastening applications differ greatly, the above information is for guidance only and is correct to the best of our knowledge. The customer must satisfy themselves with the performance of the fastener and validity of the data. TR Fastenings will not be held responsible for any failure that may occur from the use of this information.