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Maraging Steel 250 Coil

Maraging Steel 250 Coil

Maraging Steel 250 Coil is a Nickel-Cobalt alloy with excellent strength and outstanding toughness and ductility. Its composition includes 18% Nickel, 7% Cobalt, 2.9% Molybdenum, 0.6% Carbon and balanced Iron. This combination enables it to retain high strength even at elevated temperatures up to 500 °C (930 °F). It also offers superior weldability compared to other maraging steels, making it an ideal choice for many applications in the aviation industry and other high-performance industries.

Maraging Steel 250 Coil is a high-strength steel alloy with excellent strength and toughness characteristics. This type of steel is widely used in aerospace, industrial, and medical applications due to its excellent corrosion resistance, good fatigue limit properties, low thermal expansion rate, and high strength potential. Moreover, this alloy can be heat treated and hardened for higher strength levels when necessary for the application. In addition, it also features excellent formability so that it can be used in complex designs and components with ease.

Maraging Steel 250 Coil is a Nickel-Cobalt alloy with excellent strength and outstanding toughness and ductility. Its composition includes 18% Nickel, 7% Cobalt, 2.9% Molybdenum, 0.6% Carbon and balanced Iron. This combination enables it to retain high strength even at elevated temperatures up to 500 °C (930 °F). It also offers superior weldability compared to other maraging steels, making it an ideal choice for many applications in the aviation industry and other high-performance industries.

Maraging Steel 250 Coil is a high-strength steel alloy with excellent strength and toughness characteristics. This type of steel is widely used in aerospace, industrial, and medical applications due to its excellent corrosion resistance, good fatigue limit properties, low thermal expansion rate, and high strength potential. Moreover, this alloy can be heat treated and hardened for higher strength levels when necessary for the application. In addition, it also features excellent formability so that it can be used in complex designs and components with ease.

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