SS10700 316LVM Stainless Steel Strip UNS S31673

316LVM Stainless Steel Strip UNS S31673 Description

316LVM Stainless Steel Strip UNS S31673 displays a low carbon formulation that minimises sensitisation and improves corrosion resistance. This strip complies with ASTM F139, ensuring consistent structural performance under operational stresses. Its controlled surface finish and dimensional stability support precision forming and welding processes, making it suitable for medical, high-corrosion, and other demanding industrial applications where uniformity and performance are essential.

316LVM Stainless Steel Strip UNS S31673 Characteristics

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

Chemical Composition

316LVM Stainless Steel Strip UNS S31673 Applications

1.       Medical Devices
   - Used as components in surgical instruments to achieve biocompatibility by leveraging the material's low carbon formulation.

2.       Industrial Components
   - Applied as structural elements in chemical processing equipment to attain enhanced corrosion resistance through controlled microstructural properties.

3.       Food Processing Equipment
   - Serves as fabrication material in production lines to maintain hygiene standards with its smooth, easily cleaned surface finish.

316LVM Stainless Steel Strip UNS S31673 Packing

The strip is packaged using anti-scratch laminated materials and secured within moisture barrier bags to prevent surface damage. An inner anti-static layer minimises contamination during transit. The product is stored under controlled temperature conditions to avoid oxidation. Additionally, customised labelling and container sizes are available on request, ensuring that packaging meets specific handling and storage requirements.

Additional Information

Stainless steel alloys such as 316LVM are engineered to balance mechanical strength with corrosion resistance. The low carbon content reduces carbide precipitation during welding, leading to improved toughness and extended service life in chemically aggressive environments. This control over alloy composition is vital for high-precision applications where material performance directly impacts operational reliability.

Understanding the microstructural behaviour of austenitic stainless steels is crucial for evaluating their use in demanding applications. Advances in processing techniques allow manufacturers to achieve refined grain structures and consistent surface finishes, which are pivotal in sectors such as medical device fabrication and chemical processing equipment.