Рулон углеродистой стали

Подробная информация о продукте:

Приложение:

Carbon steel coil has many important applications. In the automobile manufacturing industry, it is widely used in the production of body frames, chassis and other components. Its good strength and toughness can ensure the stability and safety of automobile structures, and at the same time can withstand certain impact forces. In the construction field, it can be processed into various types of building steel, such as steel beams, steel columns, etc., to provide a solid support skeleton for buildings to meet the needs of different building scales and designs. During machining, it is often made into various mechanical parts, such as gears, shafts, etc. With its machinability and certain wear resistance, it ensures the normal operation and efficient operation of machinery and equipment, and plays an indispensable role in industrial production.

Характеристики продукта:

1. Отличные механические свойства

High strength: Carbon steel coils have good strength and can withstand certain tensile, pressure and shear forces. For example, steel beams made of carbon steel coils used in building structures can support the weight of buildings, so that they will not easily deform when they bear the huge load of multi-story buildings or even high-rise buildings. Its yield strength can generally reach about 235 MPa – 460 MPa, and the specific value varies depending on the specific composition and processing technology of carbon steel.

Moderate toughness: Carbon steel coils have a certain degree of toughness, which means that they will not break immediately like brittle materials when subjected to external forces such as impact or sudden loading. In the field of machinery manufacturing, gears and shaft parts made of this property can resist the risk of fracture under the action of dynamic loads during the operation of the machine and ensure the normal operation of the mechanical device.

2. Превосходная производительность обработки

Good Cutability: Carbon steel coils are easy to be processed by various cutting methods, such as flame cutting, plasma cutting, laser cutting, etc. For products with different shape and size requirements, these cutting methods can precisely cut carbon steel coils into the desired shape. For example, in a metal processing workshop, laser cutting carbon steel coils can produce highly accurate parts with flat cuts and small heat-affected zones.

Strong weldability: It can be joined by a variety of welding methods, such as manual arc welding, gas shielded welding, etc. This makes it easy to weld carbon steel coils into complex shapes when manufacturing large structural parts, such as bridges, ships, etc. The welded carbon steel coil structural parts can maintain good strength and sealing to meet the needs of actual projects.

3. The cost is relatively low

Compared with other types of steel such as stainless steel and alloy steel, the production cost of carbon steel coil is lower. Its main components are iron and carbon, without or containing a small amount of other alloying elements, and the raw material cost is relatively low. Moreover, in the production process, the processing technology is relatively simple, and no complicated alloying and special heat treatment processes are required, which also reduces the production cost. This cost advantage has made carbon steel coil widely used in cost-sensitive industries such as construction and general machinery manufacturing.

4. Chemical stability has certain characteristics

In a dry environment, carbon steel coils have good chemical stability and can maintain their metallic properties for a long time. However, in a humid environment or in the presence of corrosive media (such as acids, alkalis, etc.), carbon steel coils are prone to corrosion. However, through some surface treatment methods, such as painting, galvanizing, etc., its corrosion resistance in harsh environments can be effectively improved. For example, galvanized carbon steel coils can be used in outdoor environments for a long time to prevent rust and prolong service life.