The chemical composition of the Inconel 602 Sheet is essential to consider when using this alloy. The primary elements in Inconel 602 are nickel, chromium, and iron. Significant amounts of molybdenum, tungsten, cobalt, and manganese reinforce these elements. The ratio between each component determines the strength and temperature resistance level of the Inconel 602 Sheet alloy. Additionally, carbon, phosphorus, and sulfur can also be found in smaller amounts of Inconel 602 Sheet for further reinforcement. All the combined properties created by these elements create a high-performance alloy that is resistant to corrosion, oxidation, stress cracking, and pitting, which makes it an excellent choice for many manufacturing processes where temperature extremes or corrosive environments may be harsh conditions to work with.
Inconel 602 Sheet and Plates are ideal for use in extreme temperature, chemical, and corrosion-heavy environments. They are often used in the aerospace and power generation industries. The material has high resistance to oxidation and scaling at temperatures up to 2200°F, so it’s a perfect choice when durability is essential. In addition to its superior responsiveness in harsh industrial environments, the Inconel 602 Sheet and Plates also provide excellent levels of formability. Its weldability and fabricability also make it a viable option for many applications requiring easy bending or rolling.
It Varies, But Inconel 602 Sheet Price Is Around INR 250/Kg To INR 300/Kg.
No, Inconel 602 sheets are non-magnetic due to their nickel-chromium content. This makes them ideal for a range of industrial applications, such as chemical processing, petroleum production and power generation, in which magnetic properties are undesirable.
Yes, Inconel 602 sheet is highly corrosion-resistant, especially in high temperatures and corrosive environments. Its composition creates a durable barrier that protects it from oxidizing agents, reducing atmospheres and acids. It also has excellent thermal stability which helps to prevent oxidation from occurring without loss of ductility or strength.
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