Compared with thick steel plates, A283 grade C CS steel carbon plate, thin steel plates have many obvious advantages in steel plate processing and use. It is precisely these advantages of thin steel plates that make them more and more popular in various industries. First, compared to those thicker steel plate materials, thin steel plates are generally thinner in thickness. Thin steel plates themselves are lighter and thinner, and their weight is lighter, which is very convenient for handling during construction and transportation. It can save some storage and transportation space.
The largest crane in the world, the SGC-250, uses the power of A283 grade C CS steel carbon plate, high-strength steel to deliver unprecedented lifting capacity. Designed and built by Belgium-based heavy lifting powerhouse Sarens, it is called the SGC-250 – or, to use its nickname, 'Big Carl'. The ring-based crane, the first of Sarens' third generation of ring cranes, is now being put to work in its first project at the Hinkley Point C nuclear power plant in the UK. This crane is capable of lifting the weight of eight planes, or 563 elephants.
The correct choice of billet type, section shape, size and weight are of great significance to A283 grade C CS steel carbon plate steel rolling production. Steel rolling production has certain technical requirements for raw materials, such as steel type, section shape, size, weight, and surface quality. The consideration of these technical requirements is necessary to ensure the quality of steel. It should also be specifically considered when determining and selecting the blank. The A283 grade C CS steel carbon plate rolling method can be divided into cold rolling and hot rolling according to the rolling temperature.
