When it comes to ropes, people immediately think of the word 'sturdy' to describe them. Not only do they appear sturdy from the outside, but they are also made up of several strands of rope twisted together. In fact, in the production and processing process, the requirements for ropes are particularly high. The main reason is that they will be used in fields such as ship cranes, which have high requirements for resisting external wear and tear. Once the necessary vigilance is relaxed, it is easy to cause serious accidents, even endangering the lives of personnel. This is a phenomenon that every construction and activity unit does not want to see.
When it comes to ropes, people immediately think of the word 'sturdy' to describe them. Not only do they appear sturdy from the outside, but they are also made up of several strands of rope twisted together. In fact, in the production and processing process, the requirements for ropes are particularly high. The main reason is that they will be used in fields such as ship cranes, which have high requirements for resisting external wear and tear. Once the necessary vigilance is relaxed, it is easy to cause serious accidents, even endangering the lives of personnel. This is a phenomenon that every construction and activity unit does not want to see.
Before the invention of cable ropes, materials such as steel cables were often used in the use of high-altitude ropes. However, due to the weak corrosion resistance of these products, they could not continue to be used for several months in abnormal weather conditions such as rain and snow. Moreover, they were relatively expensive in terms of cost. Sometimes some workers thought of using products such as cotton and linen to replace them, but they did not get better performance value. From the perspective of reducing danger, it is often easy to cause unexpected accidents.
Based on the above reasons, chemical raw materials such as nylon and polyester have been well developed, leading to the emergence of cables that are widely used today. From a sturdy perspective, they have properties such as tensile and friction resistance, and their price is not particularly high, which determines the promotion of their value. After the shipbuilding industry began to use ropes, it was discovered that this material of rope is not only strong, but also particularly lightweight and can even float on the water surface, making it particularly convenient to pull passenger ships and enhancing safety performance.
So the next step of processing gradually developed into strengthening the toughness of the rope, expanding this product to eight or even multiple strand twisting features. After repeated experiments, the effect was particularly obvious, and it also gained publicity in other transportation methods. Today, from mining to industrial production, even the sports industry, which is widely concerned, cannot leave the rope. Various industries have begun to focus their attention on this, mainly because this type of rope has excellent corrosion resistance and will not affect its actual operational use. When synthetic fibers are incorporated into production, their special effects are further improved, and their resistance to decay, filling, and other properties are also highlighted.
When we sit at the dining table eating delicious fish and shrimp, have we ever thought about the important position of ropes in the hearts of fishermen? The ship was pulled ashore by the thick rope, and in order to smoothly harvest more seafood, the rope has also entered the fishing industry today and received praise from many professionals. With the deepening of development, multiple strands of rope will also appear in more fields.
Post time: Aug-24-2024
