The following are standard constructions available.


Multiple wires that are laid together helically and symmetrically arranged with uniform pitch or lay.


A simple construction of three single wires twisted together. This construction makes it a very flexible strand in small diameters. The strand becomes less flexible as diameters increase.


Six wires are laid around one center wire. This strand is more flexible than a 1×3. This construction is commonly used for push-pull applications and for conductive needs with low flexibility.


Twelve wires are laid around a 1×7 center. This construction is used for more flexible needs than a 1×7 in push-pull and conductive applications. A 1×19 strand is almost as high a breaking strength as a 1×7 strand with the same diameter.


Multiple strands that are laid together helically and symmetrically arranged in multiple layers with uniform pitch or lay.


A combination of three 1×7 strands twisted together. This is a very flexible cable in small diameters.


Six 1×3 strands cabled around a 1×3 center strand. The properties of this cable are the same as a 3×7 cable but is a much smoother cable on the outside. This cable is used for application requiring a smooth jacket but it is more costly than a 3×7 cable.


Six 1×7 outside strands are cabled around a 1×7 strand center. This is the most standard cable construction. This produces a very flexible cable with good cycle life and excellent breaking strength.


Six 1×19 strands are cabled around a 1×19 center strand. This is the most flexible standard construction for cable. This cable gives you a high cycle life but has a lower breaking strength and is more costly than a 7×7 cable.


Strand and cable material types and their applications.

Material Selection