The Most Asked Questions About Huck ® Fasteners
EDITOR’ S CHOICE A TRUSTED SOLUTION
STAR FASTENERS
The Most Asked Questions About Huck ® Fasteners
Huck ® fasteners have long been a trusted solution in industries requiring high-strength, vibrationresistant fastening. These fasteners play a crucial role in ensuring structural integrity and safety in a wide range of applications and industries. Given their significance, many engineers and professionals frequently turn to search engines with technical queries about Huck ® fasteners. In this article, we address some of the most commonly asked questions about these specialised fasteners.
What are Huck ® fasteners?
Huck ® fasteners are advanced fastening solutions designed to provide secure, high-strength joints that resist vibration and loosening over time.
What are the different types of Huck ® fasteners?
Huck ® fasteners come in various types, each designed for specific applications.
HuckBolts ®: also known as LockBolts ® are a two-piece, highstrength fastening system consisting of a pin and a collar, designed for permanent, vibration-resistant joints. They are installed using a swaging process, which eliminates the need for re-tightening, making it ideal for structural, transportation, and heavy-duty applications requiring superior strength and longterm reliability.
Huck ® Blind Fasteners: are highstrength, one-sided( blind-side) fastening solutions used when access to the blindside of a joint is restricted. They provide vibration resistance, high shear strength, and consistent clamping force, making them ideal for aerospace, automotive, rail, and structural applications where reliability and quick installation are essential.
Which industries use Huck ® fasteners?
Huck ® fasteners are widely used across multiple industries, including:
Automotive & Heavy-Duty Trucks: Common in truck chassis, suspensions, and trailers for secure, maintenance-free fastening. They can be used in anything, including defence vehicles and F1 racing cars!
Railroad & Transportation: Applied in railcar construction and track infrastructure to withstand constant vibrations.
Construction & Infrastructure: Utilised in bridges, portable buildings and large metal framed structures for strong, permanent joints.
Solar Energy: Huck ® fasteners are used in solar panel mounting systems to secure structures against wind loads and environmental stress.
Wind Turbines: Huck ® fasteners are used in tower assembly, nacelles, and rotor components for secure, vibration-resistant connections.
Shipbuilding & Marine: Resistant to corrosion and extreme conditions, making them ideal for naval and commercial ships.
Manufacturing & Industrial Equipment: Used in a multitude of production lines for durable and efficient fastening solutions.
Aerospace: Used in aircraft assembly for their lightweight strength and vibration resistance.
If there’ s a fastening requirement, Huck ® fasteners have a solution.
How do Huck ® fasteners differ from traditional bolts?
Huck ® fasteners differ from conventional bolts in several ways:
Vibration Resistance: Unlike bolts and nuts that can loosen over time due to vibrations, Huck ® fasteners maintain their hold, making them ideal for high-vibration environments.
Installation Speed: Huck ® fasteners are installed using hydraulic, pneumatic and battery tools, making the process faster and more efficient than tightening a bolt and nut.
Structural Integrity: The swaging process of Huck ® fasteners creates a permanent joint, eliminating the need for re-torquing or maintenance.
What installation tools are required to install Huck ® fasteners?
Installing Huck ® fasteners requires specialised tools. These tools include:
Pneumatic: Powered by compressed air, these tools are commonly used in high-volume assembly lines.
Hydraulic: Used for heavy-duty applications, providing more force for larger fasteners.
Battery-Powered: Offering mobility and flexibility for production and field applications.
Are Huck ® fasteners reusable?
No, Huck ® fasteners are designed to be permanent. Once installed, they cannot be removed without damaging the fastener. If disassembly is required, the fastener must be mechanically removed and replaced.
Reusing nuts and bolts can also compromises structural integrity due to thread deformation, fatigue, and reduced clamping force.
28 PECM Issue 74