Low carbon steel plates can undergo various anti-corrosion treatments on their surface, such as galvanizing, painting, etc., to improve their corrosion resistance. This enables low-carbon steel plates to maintain good performance and service life in harsh environments such as humidity and corrosion. In the production process of low-carbon steel plates, due to their low carbon content, energy consumption and carbon dioxide emissions can be reduced, which meets the requirements of environmental protection and energy conservation. During use, low-carbon steel plates are also easy to recycle and reuse, reducing resource waste and environmental pollution.

Low carbon steel plates also have good welding performance and are easy to weld with other metals, allowing for flexible combination and improving production efficiency when manufacturing complex structures. Low carbon steel plates have high strength and hardness, which enables them to maintain good stability and durability under external forces such as pressure and impact. At the same time, low-carbon steel plates also have a certain degree of ductility and toughness, which can absorb impact energy to a certain extent and reduce the risk of structural damage.