DoGiga-H heavy-duty round sling, WLL 125,000 kg, HMPE

Maximum performance with minimum weight - the DoGiga-H round sling (WLL 125,000 kg)

Whoever works in the heavy-duty sector needs a round sling that offers uncompromising strength, maximum safety and handling that makes everyday life noticeably easier. The DoGiga-H round sling with core and sheath made of UHMW-PE (Ultra High Molecular Weight Polyethylene) sets new standards: lightweight, compact, efficient - and particularly resistant to abrasion and stress thanks to the innovative sheath construction.

Extremely strong. Surprisingly compact. Precise handling.

Compared to conventional polyester round slings (PES), the DoGiga-H offers clear advantages:

UHMW-PE in the core and sheath: double high-performance fibre for maximum Lifting capacity and exceptional abrasion resistance.

Up to 60 % lighter than PES round slings - ideal for long uses and frequent changes.

Compact design that can also be used safely in smaller crane hooks.

Very low elongation for precise and controlled movements, similar to a grummet rope.

Double sheath protection that reliably protects the twine fabric even if the outer layer is damaged.

Technical data at a glance

Lifting capacity (WLL): 125.000 kg

Useful length: 2.00 m

Core material: UHMW-PE (high-performance fibre)

Sheath material: UHMW-PE (high-performance fibre)

Safety factor: 7

Elongation: Very low

Temperature range: -40 °C to +70 °C

Standard: In accordance with DIN EN 1492-2

Typical applications: Offshore, heavy lift logistics, power plant construction, special machinery

More protection. More order. More efficiency.

Even a high-performance round sling like the DoGiga-H benefits from additional abrasion protection - such as PU sleeves or textile edge sleeves. And so that everything is where it's needed: Our sling stand keeps slings, crane slings, lifting slings and crane slings perfectly sorted, clean and ready for use at all times.

With the DoGiga-H round sling, you can rely on uncompromising safety, maximum lifting capacity and a sheath material that consistently utilises the advantages of UHMW-PE - for maximum efficiency in heavy-duty applications.