ASTM A992 Steel Beam

ASTM A992 Steel Beam

Shape:H C,U,etc or custom
Dimensions:  Customizable
W.T.: 0.5-50mm 
Length:0.5-24m or custmized
Grade：Gr.42,Gr.50,Gr.55,Gr.60,Gr.65,etc
Standard：ASTM A992
Surface Treatment：Bare,oil,painted,galvanized,etc.
MOQ:2-5 Tons
Capacity: 1 million tons / year
Packaging:PVC package or follow your needs
Port of origin:Tianjin Port
Payment：TT/LC,etc

ASTM A992 Steel Benifit

The advantages of ASTM A992 steel can be summarized as:

ASTM A992 steel has high yield strength and tensile strength, usually above 345MPa yield strength and above 450MPa tensile strength, which ensures its ability to withstand large loads and maintain structural stability. At the same time, it also has good elongation and cross-sectional shrinkage, demonstrating excellent toughness and plasticity performance, and can resist impact and deformation to a certain extent.

ASTM A992 Steel Profile Properties

The chemical composition of ASTM A992 makes it a strong and durable material. It is mainly composed of iron, carbon, silicon, manganese, phosphorus, sulfur, copper, molybdenum, and vanadium. Carbon, Max - 0.23%
Manganese - 0.50 to 1.60%
Silicon, Max - 0.40%
Vanadium, Max - 0.15%
Columbium, Max 0.05%
Phosphorus, Max 0.035
Sulfur, Max 0.045%
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Bridge Structures

In the United States, ASTM A992/A572 GR 50 H-beams are widely used in large buildings such as bridges and factories because they provide high bearing capacity and structural stability.

Building Structure

ASTM A992 steel is widely used in building structures because of its excellent yield strength, tensile strength, elongation and corrosion resistance.

Mechanical Manufacturing

In these high-tech fields, the high-temperature stability and mechanical properties of ASTM A992 steel have been fully utilized.

Shipbuilding

ASTM A992 steel profiles are also widely used in the fields of shipbuilding and mechanical manufacturing, such as manufacturing ship structures, mechanical components, etc.

Manufacturing Process

The manufacturing process of ASTM A992 steel typically involves the following steps:
Steelmaking: Usually, electric furnace melting is used to melt scrap steel, alloy elements, and other raw materials into molten steel.
Continuous casting: pouring molten steel continuously into steel billets.

Hot rolling: Heating steel billets to a suitable temperature, and then hot rolling them into steel plates or sections.
Heat treatment: Properly heat treat the rolled steel to optimize its mechanical properties.
Inspection: Inspect the chemical composition, mechanical properties, and other aspects of the produced steel to ensure compliance with the requirements of ASTM A992 standard.