Huck Lockbolts

Clamp Force or Pre-Load
In the initial stages of the installation process, the tool engages and pulls on the pintail. The joint is pulled together before e conical shaped cavity of the nose assembly is forced down the collar. This progressively locks (swages) it into the grooves of the harder pin. The pin and swaged collar combine to form the installed fastener.

The squeezing action reduces the diameter of the collar, increasing its length. This in turn stretches the pin, generating a clamp force over the joint.

Shear strength
Varies according to the material strength and minimal diameter of the fastener. By increasing the diameter or the grade of material, the shear strength of the fastener can be increased.

Tensile strength
The tensile strength of LockBolts is dependent on the shear resistance of the collar material and the number of grooves it fills.

Huck Lockbolts

Installation Sequence

  • 1. Pin placed into prepared hole, collar placed over pin
    1. Pin placed into prepared hole, collar placed over pin
  • 2. Tool is placed over the fastener pintail and activated
    2. Tool is placed over the fastener pintail and activated
  • 3. Tool swages collar, increasing clamp
    3. Tool swages collar, increasing clamp
  • 4. Pintail breaks, installation complete
    4. Pintail breaks, installation complete

lockbolt Benefits

  • huck no maintenance
    HIGH PERFORMANCE MAINTENANCE FREE JOINTS
  • QUICK & CONSISTENT INSTALLATION
    QUICK & CONSISTENT INSTALLATION
  • GREATER FLEXIBILITY IN YOUR PRODUCTION
    GREATER FLEXIBILITY IN YOUR PRODUCTION
  • LOWER OVERALL COST
    LOWER OVERALL COST

United Kingdom