We are all familiar with nylon ropes, these ropes are commonly known as ski ropes and are used in many everyday applications. Nylon ropes stretch a great deal and so they store a great deal of energy when under load.
Read MoreThe second alternative to standard steel wire ropes is ultra-high strength steel wire rope.
Read MoreDiligent inspection of wire ropes is an essential part of a pre-start and daily inspection system.
Read MoreWire rope will develop defects during use through several different mechanisms each of which will affect the strength of the rope and therefore limit the working life of the rope.
Read MoreIt is not possible to look at a wire rope and determine its strength. We therefore need to have strict standards to determine when a wire rope should be discarded.
Read MoreWire ropes are sometimes poorly understood and so in this article we explore wire rope design and construction.
Read MoreAn intriguing look into how industrial wire rope is made.
Read MoreThe first part of the Wire Rope Series focusses on how wire rope is constructed, its important properties and the aspects to consider when selecting wire rope.
Read MoreWire rope selection is closely related to the properties of the rope. In this article we discuss the most important properties of a wire rope.
Read MoreWire ropes are designed to run through sheaves but sheave wheel diameter has a significant impact on the strength efficiency of the rope.
Read MoreWhat impact does a termination have on the safe working load of the wire rope?
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