SS10422 321 Stainless Steel Plate UNS S32100

321 Stainless Steel Plate UNS S32100 Description

321 Stainless Steel Plate UNS S32100 is a titanium-stabilised stainless steel plate manufactured to ASTM A240 standards. Its controlled alloy composition minimises carbide precipitation and intergranular corrosion during high-temperature exposure. Customisable in dimensions, the plate maintains consistent microstructure and mechanical properties essential for structural and high-stress applications. The inclusion of titanium enhances stability, making it suitable for use in chemically aggressive and thermally demanding environments.

321 Stainless Steel Plate UNS S32100 Characteristics

*The above product information is based on theoretical data and is for reference only. Actual specifications may vary.

321 Stainless Steel Plate UNS S32100 Applications

·         Industrial Manufacturing

Used as a structural component in high-temperature processing equipment to achieve dimensional stability by leveraging titanium stabilisation that minimises intergranular corrosion.

·         Chemical Processing

Applied as vessel internals in chemical reactors to mitigate corrosive wear by utilising its controlled alloy composition, thereby ensuring extended operational lifespan.

·         Construction

Serves as reinforcing elements in building structures to achieve sustained structural integrity under corrosive environmental influences through its stabilised microstructure.

321 Stainless Steel Plate UNS S32100 Packing

The plate is packaged in protective containers lined with anti-scratch materials to prevent mechanical damage during transit. It is stored under dry, climate-controlled conditions to avoid chemical contamination. Customised packaging options, including wooden crates and secure wrapping, are available. These measures safeguard against physical and environmental impacts while facilitating precise handling in advanced manufacturing settings.

Frequently Asked Questions

Q1: How does the chromium content affect overall corrosion resistance?
A1: The chromium in the alloy forms a passive oxide layer on the surface, serving as a barrier against corrosive agents. This behaviour is critical in environments exposed to aggressive chemicals and high temperatures.

Q2: What quality control tests are used by SAM for this plate?
A2: SAM employs methods such as ultrasonic testing, microstructural examination, and dimensional verification to ensure that the plate meets rigorous ASTM A240 standards without deviations in composition.

Q3: Can the plate be cut to specific dimensions?
A3: Yes, the plate is manufactured with customisable dimensions. SAM coordinates with clients to achieve precise cuts and tolerances that align with specific engineering or application requirements.

Additional Information

Stainless steel products like the 321 plate are integral in applications where both structural strength and corrosion resistance are necessary. The incorporation of titanium as a stabiliser helps prevent carbide precipitation during high-temperature exposure, ensuring a uniform grain structure and sustained mechanical performance over time.

Advances in metallurgy and quality testing have significantly improved the reliability of stainless steels in chemically aggressive and thermally demanding environments. Understanding the relationship between alloy composition, microstructural behaviour, and mechanical performance is essential for optimising material selection in engineering projects.