Crane hooks are among the most safety-critical components of any lifting system. Though their cost is relatively low compared to the overall crane, their role in safe operation makes them a top priority in crane design and manufacturing.

Forging: The Safest and Most Reliable Technology
Among various global manufacturing methods and steel grades, forging stands out as the safest and most efficient technique. That’s why 100% of Irizar Forge hooks are produced using forging technology, ensuring structural integrity and consistent performance under stress.

Compliance with Harmonized Standards
The old, inconsistent national standards across Europe have been officially replaced by EN13001-3-5:2016, the only harmonized standard currently in force for crane shank hooks. This shift establishes a unified benchmark for design, safety, and testing across the industry.

Tailored Mechanical Properties
Crane hooks are engineered with different mechanical characteristics depending on the crane’s specific design and operational requirements. This adaptability ensures that the hook performs reliably under varying load conditions and environments.

Mandatory Load Testing for Safety Assurance
Every crane hook must undergo rigorous load testing to validate the design and ensure its structural integrity. This testing can be conducted either:

• Individually, with the hook tested as a standalone component (typically under higher force to meet safety factors), or

• In assembly, as part of the complete crane system during final load testing.

These procedures are essential to verify that both the hook and the entire crane system can operate safely under real-world conditions.