Pad Eye Proof Load Testing and Certification Services
Fairtex Group delivers certified pad eye proof load testing services designed to verify the structural integrity of lifting points used in offshore, marine, and industrial operations. Our Inspection & NDT Division uses advanced hydraulic testing systems and portable digital pad eye testers to ensure safe lifting operations and compliance with applicable standards.
We provide proof load testing for pad eyes, lifting lugs, and eye bolts in locations where conventional water bag testing is not feasible due to access restrictions, limited headroom, or complex structural configurations. Our systems are adaptable for straight-pull and irregular mechanical setups.
Typical applications: Offshore platforms, FPSOs, shipyards, industrial plants, heavy fabrication yards, and confined lifting environments.
What this service covers
High-Capacity Pad Eye Proof Load Testing
We perform pad eye proof load testing up to 100 tons using hydraulic pad eye testing machines. This verifies the load-bearing capacity of lifting points under controlled conditions, ensuring structural safety before lifting operations are approved.
Portable Digital Pad Eye Testing
Our lightweight digital pad eye testers provide flexible testing for lifting lugs, pad eyes, and eye bolts. These tools can be used in upright, inverted, or horizontal configurations, making them suitable for confined or complex installations. Selected models support up to 50-ton proof load testing with accurate digital readouts.
Adaptable Field Testing for Restricted Access Areas
Fairtex testing systems can be configured for irregular geometries and hard-to-reach lifting points. This includes deck-mounted pad eyes, equipment baskets, and structures where traditional straight-pull testers or water bag systems cannot be used effectively.
Key Takeaways
- Pad eye proof load testing up to 100 tons
- Portable digital testing for confined and restricted access areas
- Testing of pad eyes, lifting lugs, and eye bolts
- Adaptable systems for irregular structural configurations