Dyform® 8 PI MAX is a high-performance rope utilising Dyform® compacted strands and has undergone the MAX-technology double compaction process.; This maximises sheave area contact for enhanced durability and best-in-class multi-layer…
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About this product
Dyform® 8 PI MAX is a high-performance rope utilising Dyform® compacted strands and has undergone the MAX-technology double compaction process.
This maximises sheave area contact for enhanced durability and best-in-class multi-layer spooling (MLS) lifetime. Plastic injection (PI) also provides internal cushioning between the internal IWRC and the outer rope strands reducing internal friction and improving rope stability.
Specifically developed to solve the challenges of offshore wind installation vessels.
Now possible to achieve specific rope diameters for demanding crane applications.
Plastic injected (PI) independent wire rope core (IWRC)
Designed to offer an internal cushioning layer between the IWRC and the outer strands for improved dynamic structural stability.
Therefore, reducing the contact stresses during the MAX-technology double compaction process and during multi-layer spooling (MLS).
Advantages of plastic injected ropes
Improved corrosion resistance: The plastic layer prevents water and corrosive substances from penetrating the core of the rope.
Reduced internal friction: The plastic material reduces friction between individual strands and the core, which can significantly reduce wear over time. This leads to smoother rope operation and a longer service life.
Improved stability: Plastic injection ensures the stability of the rope, allowing for better load distribution and reduced bending fatigue. This is particularly beneficial in applications where the rope undergoes frequent bending or flexing.
Dyform® MAX Technology
Double compacted rope via Dyform® strands and MAX-technology rope compaction. Providing ultimate rope to sheave contact as well as reducing potential drum damage.
Key benefits of Dyform® MAX Technology
Multilayer Spooling (MLS) Lifetime
Delivers best-in-class multi-layer spooling (MLS) lifetime, reducing contact stresses and wire pinching in crossover and climbing zones.
Wire Tensile Grade
The MAX compaction process increases the rope's metallic area, enabling similar MBL with lower tensile grade wire.
Cyclic Bending Over Sheave (CBOS)
Offers similar level of cyclic bending over sheave (CBOS) performance as non-double
compacted ropes such as Dyform® 8.
Applications: Offshore Wind Installation Vessels
Advantages: Minimised downtime · Improved safety · Lower TCO · Fewer replacements
Features:
Compaction: Dyform® MAX
Core: Plastic Injection (PI)
Steel Grade: 1960 (and 2060 upon request)
Lay Type: Regular lay
Lay Direction: RH or LH
Finish: Galvanised
About steel wire rope
Rope made of steel wires twisted into strands, laid around a core, for lifting, hauling and rigging.
Full specifications for this product
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