AMS 5536 Hastelloy X Sheet Manufacturer, supplier, contact us for free quote and sample!
Hastelloy X sheet has become one of the preferred materials for extreme environment engineering due to its perfect balance of high temperature strength and corrosion resistance. With the development of advanced manufacturing technology, its application potential in emerging fields such as supercritical carbon dioxide power generation systems and hydrogen energy equipment has gradually emerged.
Hastelloy X sheet Manufacturer, supplier
HT PIPE is a leading stockist and global exporter with over 15 years of expertise in international trade. We supply pipes, 2.4665 hastelloy x astm b435 plates, round bars, and a comprehensive range of pipe fittings, flanges, and valves. Contact us now for free quotes and personalized product information.
chemical composition of AMS 5536 Hastelloy X Sheet
The chemical composition design of Hastelloy X is based on nickel (remainder), combined with chromium (20.5%-23.5%), molybdenum (8.0%-10.0%), iron (17.0%-20.0%), and added with cobalt (0.5%-2.5%) and tungsten (0.2%-1.0%), giving it multiple performance advantages.
High temperature oxidation resistance of ASTM B435 UNS N06002
In oxidizing, reducing and carburizing atmospheres up to 1200°C, Hastelloy X can still maintain a stable surface oxide film, effectively resisting high temperature gas erosion.
Mechanical properties of 2.4665 Plate
Medium endurance and creep strength below 900℃, short-term use temperature can reach 1080℃; tensile strength ≥665 MPa, yield strength ≥240 MPa at room temperature, good ductility (elongation ≥44%).
Corrosion resistance of ASME SB 435 UNS N06002 Plate
Strong resistance to chloride stress corrosion, pitting and acidic media (such as sulfuric acid and hydrochloric acid), suitable for high-temperature corrosion environment in chemical equipment.
Processing adaptability of Hastelloy N06002 Sheet
Excellent hot and cold forming and welding performance, supporting the processing needs of complex structures.
Manufacturing process of Hastelloy X Plate
Melting and casting of Alloy x
Vacuum induction melting (VIM) or electroslag remelting (ESR) technology is used to reduce impurity elements (such as sulfur and phosphorus) and improve the purity of the material.
Hot rolling and cold rolling of Alloy N06002
The initial billet is initially formed by high-temperature hot rolling (temperature range of about 980℃-1200℃), and then the grain is refined and the surface accuracy is improved by cold rolling. Carbon steel tool contamination should be avoided during processing.
Heat treatment of X alloy Plate
Solution annealing (usually 1175℃-1200℃ insulation followed by rapid air cooling) can eliminate processing stress, homogenize the structure, and restore the toughness of the material.
Surface treatment of Hastelloy X Sheet
The finished plate needs to be pickled or mechanically polished to remove the oxide scale to ensure that the surface finish meets the requirements of ASTM B435 and other standards.
