Self-clinching standoffs - Import export

Self-clinch standoffs can serve as spacers or distance pieces. The hexagon head is simply pressed into the metal sheet, that the material will compress in the nut. The pressing in at the head finishes completely flush. A wide selection of open or closed versions is available. For applications with high strain versions with larger heads and higher compressive tensile strengths can be produced.

The self clinch standoff is an element in which the head is fully concealed in the sheet metal; it offers high torsion and tensile strength characteristics. The application is so aesthetically sound that no further finishing work is required after installation. It is particularly suitable for the electronics industry This self-clinching standoff is part of our line of self-clinching inserts. All Clinch inserts are installed using a simple punch During installation process, the fastener is placed in an appropriately sized hole and then compressed by means of a punch, applyinng only sufficient pressure to squeeze the hexagon head into the parent sheet. The sheet metal experiences plastic deformation and locks the fastener firmly to itself. After installation the head should be flush with the sheet. So the result is aesthetically perfect and hexagon head provides high tensile as well as torsional strength

The self clinch standoff is an element in which the head is fully concealed in the sheet metal; it offers high torsion and tensile strength characteristics. The application is so aesthetically sound that no further finishing work is required after installation. It is particularly suitable for the electronics industry This self-clinching standoff is part of our line of self-clinching inserts. All Clinch inserts are installed using a simple punch During installation process, the fastener is placed in an appropriately sized hole and then compressed by means of a punch, applyinng only sufficient pressure to squeeze the hexagon head into the parent sheet. The sheet metal experiences plastic deformation and locks the fastener firmly to itself. After installation the head should be flush with the sheet. So the result is aesthetically perfect and hexagon head provides high tensile as well as torsional strength

This self-clinching broaching standoff for plastic materials is widely used in the electronics industry. It offers a threaded hole of high resistance to both torsion and tensile strength and allows panels to be spaced at the desired distance This self-clinching standoff is part of our line of self-clinching inserts. All Clinch inserts are installed using a simple punch During installation process, the fastener is placed in an appropriately sized hole and then compressed by means of a punch. The parent material experiences plastic deformation and locks the fastener firmly to itself Standard material: Electro tin plated steel and stainless steel

Self-clinching rivet nuts from series 10.455 and 10.456 are riveted into the component. A shaft is passed through a pre-punched hole in the component and riveted on the opposite side. The base material is not deformed in the process. These threaded fasteners feature serrated shafts that cut into the metal sheet surface, ensuring a high torsion resistance and torque load capacity. In addition to insertion with the aid of a press, these models can also be inserted using hand tools.

Self-clinch studs (flush head studs) are fasteners that have a serration under the head. At inserting into the metal sheet it presses the displaced material into the rivet ring to secure the fastener. Advantages: • high resistance to torque strain • no damage of coated surfaces - ideal for sheet panels • always vertical to the sheet • head is flush on the metal sheet after insertion

Self-clinch studs are fasteners that have a serration under the head. At inserting into the metal sheet it presses the displaced material into the rivet ring to secure the fastener. Sheet metal fasteners with internal and external threads are especially suitable for working with thin metal sheets starting with 0.5 mm thickness. This reduces the thickness of the elements in general in favour of lower weight and less material. Aft er processing they are permanently connected to the base material. The screwed connecti ons can be removed aft erwards without risking displacement of the fastener. Through this the production processes are rationalized and secured.

The self-clinching stud is the modern and rational alternative to the weld-on stud. The stud is easily applied to metal sheets of various thicknesses creating a secure, unequaled-looking attachment with very high strength values. There is almost no damage to the surface of the sheet metal and its treatment This self-clinching stud is part of our line of self-clinching inserts. All Clinch inserts are installed using a simple punch During installation process, the fastener is placed in an appropriately sized hole and then compressed by means of a punch, applyinng only sufficient pressure to squeeze the stud head and its under head tooth features into the parent sheet. The sheet metal experiences plastic deformation and locks the fastener firmly to itself. After installation the spigot joint should be flush with the sheet, so the result is aesthetically perfect. And the tooth locking feature provides high tensile as well as torsional strength

The self-clinching nut solves the problem of those who need a strong threaded hole on sheet metal or light alloy. It offers high resistance to both torsion and tension. The Clinch nut is the most viable, reliable, economical alternative to using the weld nut. It has the advantages of more secure attachment, known and controllable strength values, lower overall application cost due to the lack of production waste and the absence of further processing after installation. In addition, the application result from an aesthetic point of view is perfect This self-clinching nut is part of our line of self-clinching inserts. All Clinch inserts are installed using a simple punch During installation process, the fastener is placed in an appropriately sized hole and then compressed by means of a punch, applyinng only sufficient pressure to squeeze the nut serrations into the parent sheet. The sheet metal experiences plastic deformation and locks the fastener firmly to itself.