This wire rope represents the Teufelberger-Redaelli consolidated proposal for oil & gas and renewable offshore applications.

The specific design, based on a modular strand concept, together with the compaction of all strands provides the perfect combination to achieve top performance. This non-rotating rope construction provides a very high flexibility, extremely high resistance to transversal pressure and wear.

Benefits

• Compacted strands design concept that allows high minimum breaking force values.

• Excellent non-rotational properties due to its specific construction.

• Superior axial, radial and torsional stiffness.

• Strong transversal stability.

• Enhanced MBF to weight and diameter ratio.

• Outstanding resistance to crushing and abrasion, combined with diameter stability as required for multi- layered spooling.

The steel wire ropes developed to satisfy the most demanding requirements of offshore heavy lifting

Flexpack®, a top of the range product giving high performance and able to overcome the most extreme situations, in terms of load, size, depth and weight. This product meets the most extreme level of performance required by the latest heavy lifting system of the offshore industry. Flexpack® is typically used for, but not limited to subsea and deepsea operations like lifting and lowering of any type of subsea equipment, abandoning and recovery activities, pipe laying operations. Moreover, our Flexpack® series also represents an excellent solution for the increased demand for wire ropes dedicated to lifting operations in the renewables and offshore wind markets, with an increasing focus on the use of EAL or VGP compliant lubricants, to reduce environmental impact.

Flexpack® 1000: facing the abyss

Offering the highest breaking force to both diameter and weight ratio, Flexpack® 1000 safeguards all the characteristics which have made Flexpack® the technical benchmark for offshore winches and single fall cranes. This rope offers very high MBF without affecting the tensile strength which is confirmed to be grade 1960 N/mm2 (minimum 1770 - not exceeding 2160 N/mm2 - EN10264-2 EN 12385-4) thanks to the selection of special rods, process control and application of very high discard criteria supported by continuous development and competence.