Nylon-tipped hex flange locknuts, defined in the DIN 6926 standard published by the German Institute for Standardization (DIN), have a flange-shaped base-like circular washer that, when tightened, increases the weight-bearing surface to distribute the load over a wider area. The flange eliminates the need to use a washer with the nut. These nuts also contain a permanent nylon ring inside the nut that engages the threads of the mating screw/bolt and resists loosening. This standard includes two types of nuts: knurled and unknurled. The teeth act as another locking mechanism to reduce loosening due to vibrational forces.
-tork-tipi-altigen-somunlar.jpg "DIN 6926 Nylon End Hex Flange Lock Nuts - ISO 7043 Flange (Non Metal End), Torque Type Hex Nuts")
In this standard, the requirements for nylon-tipped hex flange locknuts are listed under the following headings:
Similarly, in the ISO 7043 standard published by the International Standards Organization (ISO), the torque valid in product classes A and B for threads with threads from M5 to M20, flanged (non-metallic ends), threads up to (inclusive) M16 The characteristics of type hex nuts are described.
Similarly, in the ISO 12125 standard published by the International Standards Organization (ISO), the properties of metric fine pitch threaded, all-metal hex nuts with nominal thread diameters from 8 mm to 20 mm in product class A and B are described.
Among the numerous test, measurement, analysis and evaluation studies it has given for businesses in various sectors, our organization, with its trained and expert staff and advanced technological equipment, within the scope of DIN 6926 standard, for nylon-tipped hexagonal flange lock nuts, within the scope of ISO 7043 standard, flanged (metallic also provides testing services for torque type hex nuts, metric fine pitch, flanged (non-metallic end) torque type hex nuts under ISO 12125 standard.
To get an appointment, to get more detailed information or to request an evaluation, you can ask us to fill in our form and reach you.
