SS10707 440C Stainless Steel Sheet

440C Stainless Steel Sheet Description

440C Stainless Steel Sheet is a martensitic alloy characterised by a high carbon content and elevated levels of chromium and molybdenum. Its controlled heat treatment process induces the formation of tempered martensite, resulting in high hardness and wear resistance. The sheet exhibits dimensional stability and is suitable for precision components in applications where a consistent microstructure and chemically inert surface are mandatory. The material's composition supports machining and assembly processes in industrial settings.

440C Stainless Steel Sheet Characteristics

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

440C Stainless Steel Sheet Applications

Industrial Applications
- Used as precision wear parts in machinery components to achieve lower friction by leveraging its high hardness, which minimises component degradation.
- Applied as surface protection panels in mechanical assemblies to combat abrasive damage by utilising its controlled carbide distribution.

Mechanical Systems
- Used as components in precision instrument housings to achieve dimensional stability by capitalising on its uniform microstructure.
- Employed in gears and transmission parts to reduce material wear under cyclic loading by benefiting from its elevated hardness and corrosion resistance.

440C Stainless Steel Sheet Packing

440C Stainless Steel Sheet is packaged in moisture-resistant, anti-corrosive wrapping and secured within rigid, cushioned crates to prevent mechanical damage during transit. Additional protective layers guard against contamination. The sheets are stored in a cool, dry environment, and packaging can be customised with specific dimensions and labelling as required.

Additional Information

Stainless steel grades, such as 440C, illustrate the interplay between alloy composition and processing techniques necessary to achieve desired mechanical properties. The controlled heat treatment process changes the internal structure, optimising wear resistance and hardness for critical applications. Understanding these transformations is crucial when evaluating materials for environments subject to high stress and corrosive conditions.

Advances in metallurgical analysis, including electron microscopy and X-ray diffraction, provide detailed insights into the microstructural features of stainless steel. Such techniques assist in verifying that processing parameters produce a consistent material suitable for precision engineering, aiding in the selection and application of materials in demanding industrial scenarios.