A swage nut or self-clinching nut is a type of nut or threaded insert that is used on sheet metal. It permanently anchors itself to the sheet metal by swaging the surrounding material. Generally, the swage nut is made of a hard metal such as stainless steel, which is inserted into a pre-drilled hole in a softer ductile material such as aluminum. The inserted shank has three diameters: a main shaft which fits the hole closely, a thin smaller-diameter undercut, and a larger-diameter serrated clinching ring. Forcing the clinching ring into softer material, with an arbor press or by tightening a screw through the hole, causes it to plastically deform (swage) into the annular recess in the shank. This locks the nut into the hole. The knurling on the clinching ring is not necessary for this step
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| - Tuerca estampada (es)
- Swage nut (en)
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| - Una tuerca estampada, tuerca auto-ajustable, tuerca de prensado o tuerca con anillo de cierre es un tipo de tuerca o inserto roscado que es usado en chapas metálicas. Se ancla permanentemente a la hoja de metal al estampar en el material circundante. Generalmente, la tuerca estampada es hecha de un metal duro como el acero inoxidable, el cual es insertado en un agujero pre-perforado en un material dúctil más blando como el aluminio. El vástago insertado tiene tres diámetros: un eje principal el cual encaja ajustadamente en el agujero, un socavado delgado de menor diámetro, y un anillo de cierre dentado de mayor diámetro. Al forzar el anillo de cierre en un material más blando, con una prensa de mandril o apretando con un tornillo a través del agujero, ocasiona que se deforme plásticamente (es)
- A swage nut or self-clinching nut is a type of nut or threaded insert that is used on sheet metal. It permanently anchors itself to the sheet metal by swaging the surrounding material. Generally, the swage nut is made of a hard metal such as stainless steel, which is inserted into a pre-drilled hole in a softer ductile material such as aluminum. The inserted shank has three diameters: a main shaft which fits the hole closely, a thin smaller-diameter undercut, and a larger-diameter serrated clinching ring. Forcing the clinching ring into softer material, with an arbor press or by tightening a screw through the hole, causes it to plastically deform (swage) into the annular recess in the shank. This locks the nut into the hole. The knurling on the clinching ring is not necessary for this step (en)
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| - Una tuerca estampada, tuerca auto-ajustable, tuerca de prensado o tuerca con anillo de cierre es un tipo de tuerca o inserto roscado que es usado en chapas metálicas. Se ancla permanentemente a la hoja de metal al estampar en el material circundante. Generalmente, la tuerca estampada es hecha de un metal duro como el acero inoxidable, el cual es insertado en un agujero pre-perforado en un material dúctil más blando como el aluminio. El vástago insertado tiene tres diámetros: un eje principal el cual encaja ajustadamente en el agujero, un socavado delgado de menor diámetro, y un anillo de cierre dentado de mayor diámetro. Al forzar el anillo de cierre en un material más blando, con una prensa de mandril o apretando con un tornillo a través del agujero, ocasiona que se deforme plásticamente (estampado) dentro del socavado anular en el vástago. Esto sella la tuerca dentro del agujero. El moleteado en el anillo de remache no es necesario, pero impide que la tuerca gire después de la instalación. Este es un método popular para añadir roscas resistentes, e hilos que soportan cargas a una pieza relativamente delgada de metal. La tuerca estamapada está descrita en el Estándar Aeroespacial Nacional NASM45938 (National Aerospace Standard) que reemplaza la especificación militar MIL-N-45938 (es)
- A swage nut or self-clinching nut is a type of nut or threaded insert that is used on sheet metal. It permanently anchors itself to the sheet metal by swaging the surrounding material. Generally, the swage nut is made of a hard metal such as stainless steel, which is inserted into a pre-drilled hole in a softer ductile material such as aluminum. The inserted shank has three diameters: a main shaft which fits the hole closely, a thin smaller-diameter undercut, and a larger-diameter serrated clinching ring. Forcing the clinching ring into softer material, with an arbor press or by tightening a screw through the hole, causes it to plastically deform (swage) into the annular recess in the shank. This locks the nut into the hole. The knurling on the clinching ring is not necessary for this step, but prevents the nut from rotating after installation. This is a popular method for adding strong, load-bearing threads to a relatively thin piece of soft sheet metal. Self-clinching nuts are described in National Aerospace Standard NASM45938 which supersedes military specification MIL-N-45938 (en)
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