Safety wire bolt with middle hole

Das Kaltstauchverfahren ist eines der neuen Verfahren für die Druckbearbeitung mit weniger oder gar keiner Zerspanung
Metall. Es handelt sich um eine Verarbeitungsmethode, die die plastische Verformung von Metall unter der Einwirkung von
äußere Kräfte, und mit Hilfe von Formen wird das Metallvolumen umverteilt und in die Form gebracht
die gewünschten Teile oder Rohlinge. Das Kaltstauchverfahren ist am besten geeignet für die Herstellung von Standard
Verbindungselemente wie Bolzen, Schrauben, Muttern, Nieten, Stifte usw.

A Safety Wire Bolt with Center Hole is a specialized fastener designed to secure critical components in high-vibration or high-stress environments, preventing loosening due to dynamic forces. It features a drilled axial hole through the center of the bolt head or shank, allowing safety wire (lock wire) to be threaded through it and secured to another component or adjacent bolt.

Wesentliche Merkmale:

1. Central Axial Hole – A precision-drilled hole running through the length of the bolt head or along the shank to accommodate safety wire.

2. Material – Typically made from high-strength steel, stainless steel, or titanium for corrosion resistance and durability.

3. Gewindetyp – Available in various thread standards (metric, UNC, UNF, etc.) depending on application.

4. Head Style – Commonly hex head, but may also be socket head, pan head, or other configurations.

5. Wire Retention – The hole allows the safety wire to loop through, ensuring the bolt cannot rotate loose under vibration.

6. Safety wire bolt with middle hole

Anwendungen:

• Luft- und Raumfahrt – Securing aircraft engine components, landing gear, and control surfaces.

• Motorsports – Used in race cars and motorcycles to prevent critical fasteners from backing out.

• Military & Defense – Ensures reliability in weapon systems and armored vehicles.

• Industrielle Maschinen – Prevents bolt loosening in high-vibration equipment like turbines and compressors.

Vorteile:

• Positive Locking – Prevents rotation and loosening even under extreme conditions.

• Tamper-Resistant – Requires wire cutters for removal, enhancing security.

• Redundancy – Even if one fastener fails, the wired connection maintains safety.

• Safety wire bolt with middle hole

Installation Method:

1. Insert the bolt and tighten to the specified torque.

2. Thread safety wire through the center hole.

3. Loop and twist the wire to an adjacent bolt or fixed structure, ensuring tension prevents rotation.

This bolt type is essential in industries where mechanical failure due to vibration is unacceptable, providing a reliable, mechanical locking solution.