6x12 Fibre Core Galvanized Steel Wire Rope - Rope Services Direct

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6x12 Fibre Core Galvanized Steel Wire Rope

6x12 Fibre Core Galvanized Steel Wire Rope

Looking for a strong but flexible wire rope suitable for a wide range of applications? Our 6x12 fibre core galvanized steel wire rope is a high tensile strength cable, ideal for pulleys, winches or towing rope as well as marine and off shore environments. 

  • Product Code: 6x12 Fibre Core Galvanized Steel Wire Rope

Call 01384 78004 for price.

6x12 Fibre Core Galvanized Steel Wire Rope – for increased flexibility 

6 x 12 fibre core construction rope contains 6 strands each made up of 12 wires. It’s 7 wire fibre core gives it added flexibility and some shock loading resistance. Internal friction is also reduced, leading to a longer working life.

The flexibility of this rope ensures easy handling and ideal where tasks involve the rope needing frequent bending around sheaves and pulleys. The galvanization process gives the rope good corrosion protection, thus suitable for a wide range of applications in many environments.


Ordering 6x12 galvanized cable?


If you have any questions about this product, please give Rope Services Direct a call on 01384 78004. We stock this product in a wide variety of diameters from 3mm up to 16mm depending on your requirements. See the specifications for all the technical data.

To discuss these options in more detail or if you’re ready to go ahead and make a purchase, please find a full list of our contact details on our contact page.  Alternatively you can fill out the rapid enquiry form attached to our website.

Technical Information

 

  1770 1960
Diameter KG/100M kN KG Kn KG
3 2.26 3.33 339 3.69 376
4 4.02 5.92 603 6.55 668
5 6.28 9.25 943 10.24 1,044
6 9.04 13.3 1,358 14.7 1,503
8 16.06 23.7 2,413 26.2 2,672
9 20.33 30 3,054 33.2 3,382
10 25.1 37 3,771 41 4,176
11 30.37 44.8 4,563 49.6 5,053
12 36.14 53.3 5,430 59 6,013
13 42.42 62.5 6,373 69.2 7,057
14 49.2 72.5 7,391 80.3 8,184
16 64.26 94.7 9,654 104.9 10,690
Minimum Breaking Force Factor Nominal Length Mass Factor
K= 0.209 W= 0.251