Steel wire rope Diepa H43 (SKZ8 P)
Product information
Diepa H43 is a wire rope with compacted inner and outer strands and plastic insert. The rope has a very high breaking force.
Applications: For all different types of cranes where rotation resistant steel wire rope is not required. Lifting wire for mobile cranes, deck cranes and container cranes where multiple parts is being used in lower lifting operations, and where right -and left hand lays are being used in at the same time. Winch and digging machines
Lay: Ordinary lay with internal plastic component.
Total number of wires: 4-6 mm 95, 7-15 mm 262, 16-24 mm 319, 25-44 mm 347, 45-64 mm 427, 65-76 mm 487
ISO 4309 Rope Category No: 4-6 mm RCN.02, 7-15 mm RCN.04, 16-44 mm RCN.09, 45-76 mm RCN.13
- Marking: According to standard
- Finish: Galvanized or bright.
- Standard: EN 12385-4
- Warning: Not to be used with a swivel.
- Fill factor: 0.7403
- RCN: 02
Product FAQ
What surface finish and tensile strength does this steel wire rope have?
This steel wire rope has a Galvanized, Bright and is manufactured with a tensile strength of 1960, 2160 N/mm².A bright (uncoated) finish has no corrosion protection and is therefore primarily used in dry, indoor, or controlled environments. Bright wire ropes are generally selected for cost reasons. The galvanized coating provides corrosion protection through a zinc layer, making the rope suitable for outdoor use and humid operating conditions.
Does this steel wire rope have any special design or performance features?
This steel wire rope is compacted, resulting in a smoother surface, higher breaking load, and improved wear resistance compared to standard wire rope constructions. This steel wire rope features internal plastic filling, which improves lubrication retention, reduces internal wire friction, and enhances service life under dynamic loading conditions.
What is the construction, core type, and lay of this steel wire rope?
This steel wire rope is constructed with 8 strands.
It is manufactured with a steel core, offering higher structural stability, improved resistance to crushing, and reliable performance under heavy loads and multi-layer winding conditions.
It is manufactured with an ordinary right-hand lay (sZ), providing a balanced combination of flexibility, wear resistance, and stable handling. This is the most commonly used lay for general It is manufactured with an ordinary left-hand lay (zS), offering similar performance characteristics to right-hand ordinary lay but designed for specific directional or equipment requirement
