Rigging is more common in steel wire rope, mainly used for hoisting, traction and tension, because of the high strength and good toughness has been well received by everyone.But should wire ropes be malleable?

I'm going to talk a little bit more about this. First of all, everything is malleable, it's just a different stretch curve, but let's use the technical term for it -- a tensile stress curve.As a tool, we must first ensure that the elastic stress range cannot be exceeded, which requires us to consider the maximum stress value that can be borne when making the rigging, and then reverse introduce the rigging manufacturing process and other information.

Of course, when the steel wire rope is used, it is often used together with a lot of complex structures, which requires us to consider the influence of force analysis on the rope ductility in mechanics.Of course, from this point of view, the rigging should have a certain ductility, because if there is no tensile characteristics during lifting, the rigging itself will bear too much instantaneous tensile stress, which is easy to exceed the ultimate stress it can withstand.And if there is a certain elastic tension, it will play a certain buffer role when lifting, which can greatly reduce the probability of wire rope breaking.