Tuerca dentada de cabeza plana

El proceso de estampado en frío es uno de los nuevos procesos de mecanizado a presión de menor o ningún corte
metal. Es un método de transformación que utiliza la deformación plástica del metal bajo la acción de
fuerzas externas y, con ayuda de moldes, redistribuye y transfiere el volumen de metal para formar
las piezas o formatos necesarios. El proceso de estampación en frío es el más adecuado para producir piezas estándar.
elementos de fijación como pernos, tornillos, tuercas, remaches, pasadores, etc.

A flat head tuerca de barril is a type of fastener designed for specific applications where a low-profile, countersunk connection is needed. Here’s a detailed description:

Características:

1. Flat Head Design – The nut has a conical (tapered) underside that allows it to sit flush with the surface when installed in a countersunk hole.

2. Barrel Shape – The body of the nut is cylindrical (barrel-shaped), often with internal or external threading.

3. Tipo de hilo – Typically features internal threads (female threads) to accept a matching bolt or screw.

4. Material – Commonly made from steel (carbon or stainless), brass, or aluminum, depending on strength and corrosion resistance needs.

5. Drive Type – May include slots for a screwdriver, a hex socket, or another drive mechanism for installation.

6. Finish – Can be plain, zinc-plated, black oxide, or coated for corrosion resistance.

7. Tuerca dentada de cabeza plana

Usos comunes:

• Countersunk Fastening – Used in applications where a smooth, flush surface is required (e.g., furniture, automotive panels, aerospace components).

• Barrel Nuts in Furniture – Often found in flat-pack furniture (like IKEA) for hidden, sturdy joints.

• Machinery & Automotive – Used in assemblies where space is limited and a low-profile fastener is necessary.

Ventajas:

• Provides a sleek, flush finish.

• Distributes load efficiently due to the tapered seat.

• Helps prevent snagging in moving parts.

• Tuerca dentada de cabeza plana

Disadvantages:

• Requires a countersunk hole, which may need precise machining.

• May have lower torque resistance compared to standard hex nuts.