The main purpose of the low-carbon steel

Low carbon steel used in various sectors of production. Consumers or businesses can be found for the different requirements of low-carbon steel imperial and metric sizes. Relatively low carbon content of steel has a higher crack resistance, but maintained independent of temperature ductility. Relatively low carbon content of steel under pressure easily cracked or broken, but the mild steel will bend without cracking. Low carbon steels containing about 40 points of carbon. Each carbon content of 0.01% represents a point.
Due to the low carbon steels containing an integral component, which can form different plates, sheets, tubes. In addition to iron and carbon, this cheap steel additionally contains chromium, from about 0.4 to 0.7% manganese, 0.1% ~ 0.5% Si, and negligible phosphorus, lead, and may contain sulfur. The density of the compound is 0.248 lbs per cubic inch. The material is easily bent and welded to the steel of the same material or different materials. Some manufacturers may be polished. Unless painted mild steel are generally more susceptible to rust than other types of steel.
The use of low-carbon steel strip, the steel strip by the manufacturer until the insert to form the desired circular pipe. Using high-frequency current welding. Once formed, the tube through the machine to correct the deviation, and the tube was cut to the desired length. Then carbon steel deburring and stress testing. Finally, the tube receiving surface hot-dip galvanized or painted. Both ends of the carbon steel pipe may be beveled, threaded flange made. Light vehicle production, the automotive industry often used carbon steel pipe. These tubes may also be used for general frame or housing.

Hot-rolled or cold-rolled low carbon steel sheet metal easily processed into a variety of welding or assembly. Manufacturers produce different grades, sizes and thickness of the plate. Typically steel production according to customer specifications. Also use low-carbon steel production of daily necessities, including non-prestressed mechanical parts. Hot-rolled or cold-rolled carbon steel plate have different grades and sizes. Low carbon steel commonly used for metal engineering, machinery and architecture, including automotive body panels. Low carbon steel is typically used in bridges, buildings and dams. Highway and mechanical plant will usually use low-carbon steel.