Nickel 201 Welded Tube

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The Nickel 201 Welded Tube stands as a pinnacle of metallurgical ingenuity, offering an exquisite balance of advanced material properties and meticulous engineering. Crafted from Nickel 201, a distinctive low-carbon variant of the well-regarded Nickel 200, these welded tubes embody remarkable resistance to corrosive environments. Designed with meticulous precision, they seamlessly conform to the rigorous standards set by ASTM B730, a testament to their unwavering reliability and exceptional performance.

With an impressive scope encompassing outer diameters ranging from 6.00 mm to 101.40 mm and wall thicknesses spanning 0.70 mm to 8.00 mm, these tubes present a diverse range of sizes to cater to an array of industrial applications. What’s more, their extended lengths of up to 24 meters underscore their adaptability and versatility in accommodating various design needs. By adhering to globally recognized specifications such as ASTM, ASME, DIN EN (GERMAN), NF (AFNOR), and JIS (JAPAN), these tubes exemplify their compatibility with international norms and their commitment to unparalleled quality.

The fabrication process of the Nickel 201 Welded Tube is nothing short of an art form. Embracing meticulous methodologies, the tubes undergo rigorous bright annealing processes, not only resulting in a polished exterior but also significantly amplifying their inherent resistance to corrosion. Augmenting their corrosion resistance properties, the tubes undergo solution annealing and passivation stages, rendering them exceptionally well-suited for operation in the face of the most challenging environmental conditions.

A distinct hallmark of the Nickel 201 Welded Tube lies in its profound capability to cater to highly specialized requirements. Displaying an unwavering commitment to structural integrity, these tubes are subjected to rigorous non-destructive testing (NDT), ensuring that they meet the most stringent quality standards. Moreover, their adaptability is further showcased by their capacity to be tailored to possess specific chemical compositions and lower residual stress values, rendering them ideal for applications that demand a unique blend of properties.