Stainless Steel Production and Processing

Stainless steel is a metal that has a lot of applications when it comes to manufacturing various parts for different types of machines and equipment. Stainless steel has strength, durability, wear resistance, and especially outstanding corrosion resistance in a wide range of environments. Stainless Steel is a large family of alloys that contain a variety of elements, primarily iron with chromium and nickel, but may also contain molybdenum, manganese, silicon, vanadium and numerous others. This variety of compositions allows customers to choose an alloy meeting the particular needs of their product.

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Different Types of Stainless Steel and Casting Process

Stainless steel casting is a specialized process that results in the casting or shaping of different types of steel. A steel casting foundry produces steel castings, which can be categorized into two major groups, namely alloy and carbon steels. Stainless steel sand casting is a preferred alternative to iron casting when cast irons simply cannot deliver the required strength or the necessary shock resistance for the metal application. Some examples of steel castings that are commonly produced through the casting process include gears, forging presses, valve bodies, hydroelectric turbine wheels, pump castings, engine cylinder blocks marine equipment, turbocharger turbines, and mining machinery.

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Copper Nickel Alloys Properties and Applications

Copper nickel alloy can be found in many different industries. With its beneficial properties, cupronickel alloy enjoys widespread use in various applications. Copper nickel alloys also come in a wide range of product forms, making them perfect for different fabrication requirements. Some of the most distinguishable properties of copper nickel alloy include high resistance to biofouling and seawater corrosion, including resistance to crevice corrosion, stress corrosion cracking, and chlorides, even when subjected to hot climates. Copper nickels also have good thermal conductivity and at the same time show excellent ductility even in cryogenic temperatures. This makes the cupronickel alloy ideal for various applications, especially those that require high strength and flow rates.

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