Low Elongation - giving significantly lower stretch than conventional strand. The requirement to prestress the strand is virtually eliminated due to the excellent Modulus Value of the Rope more than 30% higher than Conventional Strand.
Exceptional Breaking Force - Incorporating strand compaction gives a breaking load approximately 30% higher than conventional strand.
Excellent Wear Characteristics - When subject to wearing forces, the smooth surface of the compacted Strand ensures that damage is minimised and lifetime maximised.
Visually Attractive - The compaction Process shapes the strand to give a smooth exterior giving an attractive appearance in Yachting and Architectural applications.
Maximum Corrosion Resistance - The High Tensile wire used in the strand is 316S31 material in a fully austenitic condition to give optimum resistance to corrosion.

 

  • Features: For use on Yacht Rigging and stays.
  • Material:  AISI 316.
  • Stay rope
1x19 Dyform stainless[new]_225mm
1x7 Dyform stainless_225mm
Rope
Steel
Fill factor
Min breaking force
Mass
Ø
area
1570
kg/
N/mm²
100m
mm
mm²
kN
7-wires 1x7
3
6.2
0,88
9.81
4.9
19-wires 1x19
5
17.5

0,89

23.9
14
6
25.2
0,89
34.8
19
7
34.3
0,89
48.2
26
8
44.7
0,89
60.3
35
10
69.9
0,89
95.8
54
12
101
0,89
141
81
14
137
0,89
189
115
16
179
0,89
251
147
19
252
0,89
314
207