Hastelloy X Spring Wire High-Temperature Alloy Wire with ASTM B572 DIN 2.4665 Standards for 1260~1355℃ Applications

Hastelloy X spring wire is one of the most advanced high-performance alloys for extreme heat applications. Known for its outstanding oxidation resistance and strength at elevated temperatures, it is widely used in aerospace, gas turbine, and power generation industries. The unique nickel-iron-chromium-molybdenum composition provides a balance of mechanical durability, creep resistance, and corrosion protection, making it a reliable choice for critical environments.

At DLX, we supply Hastelloy X spring wire that meets ASTM B572, DIN 2.4665, EN, and GOST standards. This ensures global compatibility, whether for aerospace manufacturers, turbine builders, or energy producers. Our focus is on delivering precision-engineered wire that not only meets specifications but also provides consistent reliability in the harshest operating conditions.

The aerospace and power generation industries are constantly pushing the boundaries of temperature and performance. With turbines running hotter for greater efficiency and engines exposed to extreme stress, materials must be able to withstand both mechanical load and oxidative environments. Stainless steel wires and general-purpose nickel alloys simply cannot provide the long-term performance required.

Hastelloy X spring wire fills this gap by offering an alloy specifically engineered for high-temperature stability. Its superior creep resistance ensures springs and fasteners maintain integrity even after thousands of hours in service. With global energy demand increasing and aerospace technology advancing, the role of Hastelloy X in modern engineering is becoming more critical than ever.

Hastelloy X spring wire is a versatile material used in multiple industries where temperature and oxidation resistance are crucial:

• Aerospace: Springs and fasteners in jet engines, afterburners, and exhaust systems.
• Gas turbines: Critical components in power plants and industrial turbines where extended service life is required.
• Nuclear energy: Springs used in reactors and high-heat environments requiring consistent mechanical performance.
• Industrial furnaces: Wire springs and fasteners exposed to extreme heat and thermal cycling.
• Power generation: Springs in high-temperature steam and gas systems.

At DLX, we don't just provide Hastelloy X spring wire—we deliver engineered solutions designed to meet the highest industry standards. Our expertise in nickel-based alloys allows us to produce wire with precise mechanical properties, uniform diameters, and exceptional surface finishes.

Clients choose DLX for several reasons:

• Advanced Manufacturing: Our production process ensures consistent strength and durability across all wire batches.
• Customization: We offer tailored sizes, tensile ranges, and coil properties to meet specific spring and fastener requirements.
• Quality Assurance: Every spool of wire undergoes rigorous testing, including tensile, oxidation, and creep resistance verification.
• Global Standards Compliance: Our wire meets ASTM, DIN, EN, and GOST specifications, ensuring international applicability.
• Customer Partnership: We provide technical support and guidance to ensure clients select the best wire for their applications.

The demand for high-performance alloys like Hastelloy X is growing steadily. Aerospace industries are scaling up production, while power plants and energy companies are upgrading systems to improve efficiency. As global energy transition accelerates, high-temperature alloys will play an even more critical role in turbine and reactor design.

DLX is positioned at the forefront of this trend. With strong production capabilities and a reputation for delivering reliable alloy solutions, we are a trusted partner for industries worldwide. Our mission is not only to supply wire but also to help our clients succeed in the most demanding engineering environments.

Hastelloy X spring wire represents the best of high-temperature engineering. Its ability to maintain strength, resist oxidation, and perform under extreme stress makes it an indispensable material in aerospace, turbine, and energy applications. With DLX, customers get more than just alloy wire—they gain a partner dedicated to quality, innovation, and long-term success.

Our 12,000㎡ factory features complete capabilities for research, production, testing, and packaging. We strictly adhere to ISO 9001 standards with an annual output of 1,200 tons. All products undergo rigorous simulated environment testing including high temperature, high pressure, and corrosion tests before dispatch to ensure they meet customer specifications.

We provide timely multilingual after-sales support and technical consulting to help resolve any issues efficiently.