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UNS S31000

Stainless Steel UNS S31000 Instrumentation Fittings have a key role in industrial systems and are widely used. These fittings must meet stringent quality requirements as they come in contact with different media types, including water, air, fuel, etc. The chemical composition that makes them fit for use is composed primarily of iron and nickel, coupled with up to 2 per cent Manganese and 0.065 cent Molybdenum; other elements such as Copper, Titanium, or Tungsten may also be present. The combination creates an alloy that has the attribute of being corrosion-resistant while still maintaining good strength and surface finish properties. Stainless steel instrumentation has become the industry standard due to its ability to resist erosion and wear over time, yet it remains suitable for hot working operations.

S31000 Stainless steel UNS instrumentation fittings offer a range of impressive properties for all kinds of applications. Its superior corrosion resistance makes it ideal for food processing, chemical processing, and even medical industries. Its weldability and high-temperature stability make it a great choice in oil, gas, and power generation settings. Its formability, durability and strength make this material suitable for virtually any application. It's also cost-effective and long-lasting, which makes stainless steel UNS S31000 instrumentation fittings the perfect solution for businesses needing reliable quality performance at an affordable price.

FAQ's for Stainless Steel UNS S31000 Instrumentation Fittings

The HSN code for stainless steel UNS S31000 instrumentation fittings is 74181990. This HSN code can classify goods in international trade and identify the type of product being shipped or imported.

The best way to weld stainless steel UNS S31000 instrumentation fittings is with gas tungsten arc welding (GTAW) or TIG welding. This process involves creating an electric arc between the two components and controlling the amount of heat and penetration for a successful joint

No, stainless steel UNS S31000 instrumentation fittings are not magnetic because they contain nickel, disrupting the ferromagnetic properties of iron in regular steels. They can still attract small particles if placed in a magnetic field but cannot maintain magnetism when moved away from it.

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