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Alloy steel 1.6582 Properties

AISI 1.6582 round bar is a low-carbon, high-strength alloy steel that contains nickel and chromium. This alloy has excellent tensile strength, toughness, and flexibility and provides optimum corrosion resistance. Also, it is commonly used in the aerospace and aircraft industries. It is also a popular choice for the automotive industry. The tensile strength of the 1.6582 round bar is approximately 100,000 psi. This makes it a suitable material for applications that require high tensile strength. 

The chemical composition of 1.6582 alloy steel is a blend of Nickel, Chromium, Silicon, Molybdenum, and Manganese. It is a high-strength, heat-resisting steel with a good yield point ratio and high tensile strength. Its low elongation and decarburization characteristics make it very useful for engineering applications. The properties of 34CrNiMo6-based alloy round bars are quite different from those of stainless steel. The elongation, elongation percentage, and carbon content are not equal to those of stainless steel. It isn’t easy to weld this alloy, but it can be tempered for various mechanical properties. It makes bolts, gun barrels, and other structural parts.

It is particularly suited for large, important quenched parts. It is available in standard sizes as well as processed forms. Typical applications for 1.6582 include turbine blades, plunge rods, valve stems, and pumps. 1.6582 alloy steel is widely used in the aerospace and aircraft industries. This is due to the high strength-to-weight ratio. It is also used in the hydraulic and transmission industries for high-stress applications. It is also widely used in race cars because of its good strength-to-weight ratio.

Shapes and forms

The various types of bars are made from a core of chromium, phosphorus, and copper. They are also tempered to provide high strength and hardness. They can be bent up to 180 degrees without cracking. These bars are used in any concrete work. 34CrNiMo6 / 1.6582 is an alloy steel used for applications requiring high strength. It has high tensile strength, good toughness, and low carbon content. It can be annealed, heat treated, and quenched. It is also commonly used for heavy machinery axles. It is used in transmission parts and other applications that need impact resistance. It can also be normalized. It is available in round bars and flat bars. These are commonly used in gates, and grill works. In addition, they are also used for pavements. They are also used in process plant fasteners. These are available in cold-finished and hot-finished.

Tensile needs

Despite being a low alloy steel, the 1.6582 Steel Round bar has good tensile strength. It is suitable for many applications, such as high-load transmission components and turbine shaft blades. It can be forged and welded and is generally machined by conventional methods. It is also known for its ability to maintain good fatigue strength. It can be used to produce a wide variety of components, including turbine shaft blades, heavy-duty axles, and gears.

This alloy steel is usually forged in ASME SA29. The best part is that the 1.6582 round bar is reasonably priced. The round bar is often hardened before use to increase its strength and flexibility. The other notable feature of this alloy steel is its ability to resist shock. Its tensile strength can range from 1000-1200 N/mm2. It is a popular material for structural components with high solid tensile needs. Its machinability and high-performance properties make it a suitable choice for oil drilling tools and other high-performance carburizing applications. It is also capable of retaining moderate impact value at low temperatures. It can also be surface-hardened by nitride processes.

Applications of 1.6582 Steel Round Bars

Among the alloys of steel, 34CrNiMo6 / 1.6582 steel round bars are widely used for construction, machinery, transportation, and various other applications. Its high strength, machinability, and hardenability make it suitable for multiple applications. It is also known for its excellent oxidation and corrosion resistance. It is a good choice for hot and cold work. It is commonly used in construction, structural components, gas turbine engines, aerospace landing gear, hard extrusion tools, hydrostatic presses, and automotive and industrial machinery.