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 Main Strand (S): 6.  Wire Core (W): 24.  Size: 9.0mm (D) x 150mm (L).  A type of cable which consist of several strands of metal laid (twisted) in to helix.  Most wire ropes operate in demanding conditions and resist crushing, bending fatigue and abrasion.&nb..

 Main Strand (S): 6.  Wire Core (W): 24.  Size: 8.0mm (D) x 150mm (L).  A type of cable which consist of several strands of metal laid (twisted) in to helix.  Most wire ropes operate in demanding conditions and resist crushing, bending fatigue and abrasion.&nb..

 Main Strand (S): 6.  Wire Core (W): 19.  Size: 6.0mm (D) x 150mm (L).  A type of cable which consist of several strands of metal laid (twisted) in to helix.  Most wire ropes operate in demanding conditions and resist crushing, bending fatigue and abrasion.&nb..

 Main Strand (S): 6.  Wire Core (W): 7.  Size: 5.0mm (D) x 150mm (L).  A type of cable which consist of several strands of metal laid (twisted) in to helix.  Most wire ropes operate in demanding conditions and resist crushing, bending fatigue and abrasion.&nbs..

 Main Strand (S): 6.  Wire Core (W): 7.  Size: 4.0mm (D) x 150mm (L).  A type of cable which consist of several strands of metal laid (twisted) in to helix.  Most wire ropes operate in demanding conditions and resist crushing, bending fatigue and abrasion.&nbs..

 Main Strand (S): 6.  Wire Core (W): 7.  Size: 3.0mm (D) x 150mm (L).  A type of cable which consist of several strands of metal laid (twisted) in to helix.  Most wire ropes operate in demanding conditions and resist crushing, bending fatigue and abrasion.&nbs..

 Main Strand (S): 6.  Wire Core (W): 7.  Size: 2.0mm (D) x 150mm (L).  A type of cable which consist of several strands of metal laid (twisted) in to helix.  Most wire ropes operate in demanding conditions and resist crushing, bending fatigue and abrasion.&nbs..

 Main Strand (S): 6.  Wire Core (W): 7.  Size: 1.5mm (D) x 150mm (L).  A type of cable which consist of several strands of metal laid (twisted) in to helix.  Most wire ropes operate in demanding conditions and resist crushing, bending fatigue and abrasion.&nbs..