SS10428 347 Stainless Steel Plate UNS S30347

347 Stainless Steel Plate UNS S30347 Description

347 Stainless Steel Plate UNS S30347 is a stainless steel material formulated with stabilised titanium to inhibit intergranular corrosion. Manufactured to ASTM A240 standards, this plate form offers customised dimensions that facilitate integration into industrial structures. The controlled chemical composition promotes uniformity, while its mechanical properties support thermal and mechanical challenges in oxidising environments, benefitting applications that require sustained structural integrity.

347 Stainless Steel Plate UNS S30347 Characteristics

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

347 Stainless Steel Plate UNS S30347 Applications

Industrial Applications
- Used as a structural component in processing vessels to achieve resistance to intergranular corrosion by leveraging its titanium stabilisation.
- Applied as a key element in piping systems to withstand corrosive conditions, ensuring predictable performance under sustained operational loads.

Energy Systems
- Employed as support plates in heat exchangers to maintain thermal stability by utilising uniform material properties.
- Used in boiler components to secure consistent thermal distribution through controlled chemical composition.

347 Stainless Steel Plate UNS S30347 Packing

The plate is secured with corrosion-resistant wrapping and cushioned with foam inserts to minimise mechanical impacts. It is stored in a dry, temperature-controlled facility to prevent moisture-induced oxidation. Anti-contamination measures include sealed packaging and dust-proof materials. Custom packaging options, including tailored dimensions and labelling, are available upon request.

Frequently Asked Questions

Q1: What measures are taken during fabrication to ensure the mechanical integrity of 347 Stainless Steel Plate UNS S30347?
A1: The fabrication process integrates comprehensive metallurgical analysis, including ultrasonic inspections and standardised load tests, to detect internal inconsistencies and ensure adherence to ASTM A240 requirements while maintaining optimised mechanical properties.

Q2: How do customised dimensions enhance integration in industrial assemblies?
A2: Customised dimensions allow precise matching to design specifications, reducing additional machining and facilitating direct incorporation into structural systems. This precision supports uniform stress distribution and ensures compatibility with established assembly standards.

Q3: Can surface finishes be modified post-production to improve material performance?
A3: Yes, the surface finish can be altered through processes such as pickling, passivation, or polishing. These treatments reduce surface irregularities, enhance oxidation resistance, and optimise the material for specific operational environments.

Additional Information

Stainless steel 347 has been extensively evaluated for its performance in high-temperature and corrosive environments. The addition of titanium stabilises the alloy by preventing carbide precipitation, which can compromise material integrity during prolonged heat exposure. This makes the material particularly useful in industries where thermal cycling and chemical exposure are prevalent.

In materials science, understanding the interplay between alloy composition and mechanical properties is essential. Rigorous testing and process controls, such as those implemented by SAM, ensure that stainless steel products consistently meet stringent performance criteria. These practices serve as a foundation for further research and development in advanced metallurgical applications.