I do not know if you have observed, the crane in the operation of the legs under the cushion of a few sleepers, used to improve stability and protect the ground. Then there is a question, in the choice of sleepers used by the crane, why is it still inclined to use wooden sleepers rather than other materials? This problem involves many aspects of crane transport, and the choice of wooden sleepers is not accidental. The application advantages of wooden sleepers in crane are beyond doubt, especially the unique advantages of wooden anticorrosive sleepers in this field are more prominent.
Due to the particularity of wood, the wooden sleepers after anti-corrosion processing have a more suitable density and strength, which can not only withstand the huge weight and pressure in the crane operation, but also have better protection for the ground below. In contrast, other materials such as metal, plastic, etc., may not be able to achieve the stability of wooden sleepers, prone to deformation or damage, and may have a certain impact on the ground.
In terms of other materials, let's start with steel or iron. Whether it is made of steel or iron, in order to ensure the stability and safety of the crane operation, the sleeper must be basically solid or close to solid. We all know that the hard side of steel is sufficient, but its weight is also very sufficient, extremely inconvenient to carry, and requires more manpower than anticorrosive sleepers. And because it is too hard, it is easier to cause damage to the ground under the weight of the crane.
Another common material is plastic. Some special materials of plastic will be harder than sleepers, and weaker than steel, and also have enough toughness to be able to handle the work of the crane. It is just that its weight will be more than wood anticorrosive ties, and the cost will be far more than wood anticorrosive ties. Another very important aspect, shock absorption, plastic sleeper and steel sleeper are not as good as wood anticorrosive sleeper.
The choice of wooden anticorrosive sleeper as a crane pad does not have many advantages, in terms of environmental performance is also one of the important reasons for choosing it. Because wood is a renewable resource, using wood sleepers can reduce the consumption of natural resources and reduce the negative impact on the environment.
In summary, the advantages of wood anticorrosive sleepers in crane transportation are obvious. It has many advantages such as strong stability, good anti-corrosion, obvious shock absorption effect and environmental protection, which can ensure the safety and stability of the crane in the transportation process. Although other materials may also have certain advantages, in the field of cranes, the position of wooden sleepers is unshakable. It is believed that in the future development, wooden sleepers will continue to play an important role in promoting the healthy development of the crane industry.
