• Categories
  • Suppliers

Prime Companies

348

348 Stainless Steel Bars contain a chemical element known as B16. This alloy is composed of an iron and chromium base that also includes the presence of traces of nickel, carbon, silicon and titanium. The addition of titanium creates an austenitic structure that provides higher mechanical strength and excellent resistance towards oxidation at elevated temperatures. As a result, this heavy-duty steel alloy is used in high-heat operations like aerospace industry exhaust systems and in various other applications such as petrochemical storage tanks and gas turbine components.

Stainless Steel 348 Bars contain a chemical element known as B16. This alloy is composed of an iron and chromium base that also includes the presence of traces of nickel, carbon, silicon and titanium. The addition of titanium creates an austenitic structure that provides higher mechanical strength and excellent resistance towards oxidation at elevated temperatures. As a result, this heavy-duty steel alloy is used in high-heat operations like aerospace industry exhaust systems and in various other applications such as petrochemical storage tanks and gas turbine components.

FAQ's for Stainless Steel 348 Bars

Stainless steel 348 bars offer excellent corrosion resistance, good mechanical strength and formability, weldability and ease of fabrication. They are suitable for a wide range of applications in industries such as petrochemical, chemical processing and power generation.

Stainless steel 348 bars have an excellent durability and are highly resistant to corrosion, making them an ideal choice for long-term projects that require minimal maintenance. They are also unlikely to experience surface damage or wear due to their strong mechanical properties.

stainless steel 348 bars are relatively easy to fabricate with traditional metalworking techniques such as forming, welding and machining. However, it is important to note that these operations can be more difficult when working with high-hardness materials or thin-walled components due to the increased risk of cracking or distortion.

No more suppliers available.