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X Hastelloy Bolts are widely used in many industries to provide strength and protection against extreme heat and corrosion. This strength is achieved through their chemical composition, composed of nickel, molybdenum, chromium, carbon, iron, tungsten, and manganese. Hastelloy X Bolts use a special high-temperature resistant alloy that provides resistance against oxidation up to 2200°F while offering superior tensile strength. Its impressive resistance to oxidation makes it an ideal choice for applications that require withstanding extreme temperatures, such as exhaust systems and boilers. Hastelloy X Bolts also have excellent flexibility and can be bent or formed without suffering damage or loss of service life.

Hastelloy X bolts are an excellent choice for fastening applications which require corrosion resistance and high-temperature durability. Their satisfactory strength at elevated temperatures makes them well-suited for use in both aerospace and automotive industries. Hastelloy X bolts provide exceptional performance in their many properties, including outstanding resistance to oxidizing agents and non-oxidizing acids. It is known for its exceptional resistance to stress corrosion cracking. Additionally, it is relatively lightweight – offering an advantage over other materials when weight reduction is important. Hastelloy X bolts also offer excellent weldability, allowing them to be used in various welding processes with minimal post-weld heat treatment needed. Hastelloy X bolts are a great option for any project needing fasteners that can withstand higher temperatures and harsh environments without corroding or degrading quickly.

FAQ's for Hastelloy X Bolts

Hastelloy X Bolts Starts At Rs 11/Piece To Rs 15/Piece

Hastelloy X is non-magnetic alloy made of nickel, chromium, and iron.

Yes, Hastelloy X Bolts are highly corrosion resistant due to its alloying elements nickel, chromium, and iron, making them suitable for use in harsh chemical and high-temperature environments. They offer excellent resistance to oxidation and carburization.

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