A plate is a flat-rolled form of the product, Flat-rolled carbon and low alloy steel plates with a width of at least 200mm and a thickness of at least 6mm are available.
The capacity of a rolling mill typically ranges from 2000mm to 5600mm.
Some mills, on the other hand, can go down to more than 200mm in depth.
Alloy 20 Plate is often used in a hit-finished state.
To improve strength and toughness, the final rolling temperature can be changed and controlled.
The mechanical properties of these steel plates are also improved by heat treatment.
Steel plate applications include buildings, bridges, ships, railway wagons, storage tanks, pressure vessels, pipes, large equipment, and furnaces.
They’re also used in heavy structures that demand weldability, excellent formability, and machinability.
Types of Alloy Steel Plates
1. Carbon Steel Plates: This type of steel plate is available in a variety of qualities, except for armor and aircraft. Carbon steel plates have a chemical composition of 2% carbon and minimal or residual levels of other components. It has a maximum silicon content of 0.60 percent and a manganese content of 1.65 percent. All carbon steel standards are made up of this generalized composition. The most common application is for structural purposes.
2. High-Strength Low-Alloy Steel Plates (HSLA Steel Plates): These plates have excellent mechanical properties, such as corrosion resistance.
These steels are not typically referred to as alloy steels because the content of other elements is so low.
3. Low Alloy Steel Plates: keep in mind two conditions: first, if the broadest range of chemical composition of the components exceeds the limits of these elements: Mn 1.65%, Si 0.60%, and Cu 0.60%.
The number of certain elements used in the alloy must be within the following limits: Al, B, Cr up to 3.99 percent, Nb, Mo, Ni, Ti, V, Zr, Co (cobalt), W (tungsten).
For a variety of objectives, various elements are added to these plates.
Greater hardenability, higher corrosion resistance, and improved mechanical properties at extreme temperatures are among these factors.
The chemical compositions of alloy steel plates vary depending on their use. Keep all of the types in mind before purchasing an alloy steel plate for your application, and consult the manufacturer before purchasing a specific type of alloy steel plate.
Applications of Alloy Steel Plates
Alloy steel plates are used in a variety of applications, including automobiles.
They’re also used in the construction industry and machine manufacturing.
Due to its high strength and corrosion resistance, alloy steel plate is most commonly used in automotive applications.
Steel is also widely used in construction projects due to its long lifespan, low maintenance costs, and ease of fabrication.