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DIN and standard parts

Other fasteners

Our range includes a wide variety of fasteners – the right solution for every requirement.

Adjusting rings (DIN 705)

Versatile connections

A solution for every application

Simple screw connections are often not adequate to ensure a sufficiently secure connection or are inappropriate for the specific context of the application. To meet your specific needs, our range includes a wide variety of other components such as threaded rods, grease nipples, shaft locks, parallel keys and turnbuckle nuts.

Find the right solution for your application

Types of fasteners

  • Threaded rods and weld stud ends

    They can be set in concrete in order to attach components to them later, or they can be used as a connector between two materials. They are screwed through the elements to be fastened or connected and secured with a nut.
    The key feature of weld stud ends is their suitability for welding applications. The load-bearing capacity of weld stud ends is determined in part by their own strength, but mainly by the design of the component to be welded.

    Standards

    • DIN 525
    • DIN 976
    Threaded rods and weld stud ends in our eShop
  • Grease nipples

    Grease nipples or conical grease nipples are used to lubricate bearings. They are connected to the component by the screw thread.
    The pressure from the grease gun – which can be form-fitted to the nipple – pushes a ball bearing against a retaining spring. This allows the grease to pass through. When the pressure is removed, the ball bearing returns to its initial position – protecting the nipple from dirt and acting as a non-return valve to prevent the grease from escaping.

    Standards

    • DIN 71412 A
    • DIN 71412 B
    • DIN 71412 C
    Grease nipples in our eShop
  • Adjusting rings

    An adjusting ring is a steel ring that is attached to a shaft by means of a threaded pin. It supports the shaft against other machine parts, for example, or holds other parts in a specific position on the shaft.

    Standards

    • DIN 705
    Adjusting rings in our eShop
  • Countersunk and round head solid rivets

    A hole is drilled or punched in the receiving material and the rivet is guided through. The end of the rivet is then deformed to prevent it from coming out of the receiving hole. There is no need for a thread when making this connection. It is generally not possible to loosen the connection without destroying the rivet. Countersunk and round head solid rivets differ in terms of their head shape. Countersunk rivets achieve a flush finish with the receiving material, while round head rivets create an aesthetic connection.

    Standards

    • DIN 660
    • DIN 661
    Countersunk and round head rivets in our eShop
  • Turnbuckle nuts

    Turnbuckle nuts are used to connect two different components. Turnbuckle nuts have elements at either end such as eyes, hooks or weld stud ends, which can be used to connect the respective components. They have a left-hand thread at one end and a right-hand thread at the other. Turning the turnbuckle nut applies tensile stress to the resulting connection.

    Standards

    • DIN 1480 A
    • DIN 1480 H
    • DIN 1480 R
    Turnbuckle nuts in our eShop
  • Hose clamps

    Hose clamps connect hose ends either to each other or to a fixed connection. Tension is applied to the clamp via a screw. This design also allows the clamp to be loosened and closed multiple times.
    The inner surface of the band is ribbed. The ribbing is rounded to protect the hose and the area around it.

    Standards

    • B 3017
    Hose clamps in our eShop
  • Spring cotters

    Spring cotters – also known as spring split pins – are used to secure components in position. Spring cotters are pushed over the component until the spring slides home. This means they can be released and reused multiple times.

    Standards

    • DIN 11024
    Spring cotters in our eShop
  • Pins, split pins and grooved pins

    Pins and grooved pins are used to connect components, while split pins secure connections. Pins such as taper pins or parallel pins are inserted into a pre-drilled hole in the receiving material. Grooved pins do not need a pilot hole and are inserted into the material using a hammer. Split pins are guided through a drill hole and then bent to fix them in position.

    Standards

    • B 53055
    • DIN 1
    • DIN 7
    • DIN 94
    • DIN 1471
    • DIN 1472
    • DIN 1473
    • DIN 1474
    • DIN 1475
    • DIN 1476
    • DIN 1477
    • DIN 6325
    • DIN 7977
    • DIN 7978
    • DIN 7979
    • ISO 2338
    • ISO 8734
    • ISO 8735
    • ISO 8737
    • ISO 8748
    • ISO 8750
    • ISO 8752
    Pins, split pins and grooved pins in our eShop
  • Shaft locks and parallel keys

    To attach them, grooves must be made in the components to be fastened. Parallel keys are used to transmit the torque between a shaft and another component in a shaft-hub connection. A parallel key is inserted into a pre-milled keyway in a shaft to create a form-fit with a hub on the other side (with a suitable groove). It then then transfers the torque from the driving component to the driven component. Parallel keys are mainly used in mechanical engineering.

    Standards

    • B 53060
    • DIN 471
    • DIN 472
    • DIN 6885
    • DIN 6799
    Shaft locks and parallel keys in our eShop
  • Sealing rings

    Sealing rings enable flat sealing surfaces to be sealed against overpressure. Typical fields of application where these factors are present include automotive technology and mechanical engineering.

    Standards

    • DIN 7603
    Sealing rings in our eShop

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