Oglekļa tērauda apstrādes tehnoloģija: visa procesa analīze no ražošanas līdz gatavajiem produktiem Latvija

Taigang Puxin is a provider of ultra high strength steel products. They make numerous essentials, but carbon Nerūsējošā tērauda loksne is among the most critical of them all. Carbon steel is another metallurgy made from blended iron with carbon. It gets utilized in variety of things include buildings, cars, tools, and even in bridges. But actually how do they produce Carbon Steel? In this article, you are going to learn how Taigang Puxin makes carbon steel, step by step from the start to finish. 

How Carbon Steel is Made? 

Assembling the Material consistent with carbon steel. Taigang Puxin has three primary raw materials:iron ore, coal and limestone. Iron ore is the primary source of iron, coal serves to assist in the heating process, limestone is used to facilitate the removal of impurities. They are taken to the steel mill where they will go through a process to become steel. 

The entire process starts when the steel mill receives the materials. They place the materials in a large oven known as a blast furnace and heat it up. This gigantic furnace is capable of having a considerable amount of material within it, sometimes several thousand tons! Once the materials are inside the furnace, they are heated to incredibly high temperatures until they dissolve and become liquid. Melting is a critical process in this stage because it turns the solid materials into a material that can be shaped and formed into steel. 

Cleaning the Steel

Once melted, the following step is to flush the liquid steel. The liquid Nerūsējošā tērauda caurule sometimes contains bad elements like sulphur and phosphorus. These impurities can cause weakness in the steel which is not good for making strong products. The steel is cleaned using a process dubbed "basic oxygen steelmaking," according to Taigang Puxin. " 

It is a cleaning method where the liquid steel is taken into a special container called a converter. After the steel is in the converter, oxygen is blown into the vessel. It reacts with the impurities and in this way, it gets removed from the steel. This cleaning step is crucial and can take up to an hour. The quality is lesser steel is clear and by this stage the steel is much cleaner. 

Shaping the Steel

Once the steel has been cleaned, it is ready to be molded into a variety of forms. This step is called casting. The molten, clean liquid steel is poured into molds — containers that give a shape to the steel. Above, the steel is cooled and set. Though the process of cooling is slower, it is quite useful because it makes the steel strong. 

After that, the steel cools down and hardens, and only then the steel is removed from the forms. And this is where the finishing work comes in. During the finishing process, the steel is cleaned more thoroughly, cut into appropriate sizes, and shaped to fulfill particular requirements. This may include running them through the machines to ensure that the edges are clean and that the forms are perfect. 

The Whole Process

Simply put, Taigang Puxin produces carbon steel in a few key steps. Raw materials used in iron and steel plant. They process the materials in a blast furnace, then heat them until they become liquid steel. The liquid steel is subsequently purified by the fundamentals of oxygen steelmaking technology to remove undesirable aspect. Then that steel is poured into molds to form the variety of shapes. At last, the steel is removed from the molds and refined (cleaning, cutting, and forming) to make good products. 

Finally, Taigang Puxin is a manufacture of wear resistant carbon Nerūsējošā tērauda stienis products. Making carbon steel is a lengthy process requiring various procedures, including sourcing raw material, heating/melting, purifying molten steel, molding and finishing. It is important to do this process perfectly so that the resulting products are resistant and high-quality. Adhering to the use of modern technologies and technology equipment, the Taigang Puxin polymerization of leadership in the steel industry.