1.4044.5 / X22CrNi17

X22CrNi17 / 1.4044.5 – High-Strength Stainless Steel for Corrosive and High-Temperature Applications

X22CrNi17, also known as 1.4044.5, is a high-performance stainless steel alloy that combines excellent corrosion resistance with strength and durability at elevated temperatures. This alloy is ideal for applications in demanding environments, including chemical processing, power generation, and high-performance machinery, where both resilience and reliability are critical.

Properties of X22CrNi17

X22CrNi17 is characterized by its:

• High Corrosion Resistance – This alloy offers robust resistance to oxidation and corrosion in both high-temperature and corrosive environments, ensuring long-lasting performance.
• Good Mechanical Strength – With excellent tensile and yield strength, X22CrNi17 is suited for applications requiring stability and durability under stress.
• Temperature Stability – The alloy retains its mechanical properties at elevated temperatures, making it suitable for applications involving thermal cycling.

Applications of X22CrNi17

Due to its unique properties, X22CrNi17 is widely used in:

• Chemical Processing Equipment – Ideal for components such as reactors, piping, and valves exposed to corrosive substances and elevated temperatures.
• Power Generation – Applied in heat exchangers, turbine components, and other critical parts that require both heat resistance and structural integrity.
• High-Performance Machinery – Suitable for mechanical parts in industrial equipment that demand both durability and resistance to oxidation under thermal stress.

WTE PowerSteel is a trusted global distributor of X22CrNi17, supplying this high-strength stainless steel to industries worldwide. With a focus on quality and technical expertise, WTE PowerSteel offers guidance in selecting and processing X22CrNi17 to meet the demanding requirements of high-stress, high-temperature applications. Contact us for more information on our worldwide distribution and the benefits of X22CrNi17 for your critical projects.