SS310L Beams

Product Description

Stainless Steel Grade 310L, a low-carbon variant of SS310,is used to make SS310L beams, which are structural elements. These beams arewell known for their exceptional resistance to corrosion, high temperatures,and structural strength, which makes them perfect for use in a variety ofchallenging conditions, such as hot and corrosive ones.

Important Features

Resistance to High Temperatures- works well at temperaturesas high as 1200C.

Resistance to Corrosion - exceptional resistance tosulfidation and oxidation under a range of conditions.

Sturdy Design - A low carbon concentration improvesresistance to intergranular corrosion by lowering carbide precipitation.

Weldability - lower carbon concentration, which results inimproved weldability when compared to regular SS310.

The Visual Appeal - Its smooth surface finish lowers upkeepand improves appearance.

Specifications - Grade of Material: UNS S31008 StainlessSteel 310L.ASTM A276, ASTM A479, and EN 10088-3 are the standards.

Dimensions:

Depth: 100 to 600 mm; sizes can be adjusted. For the beststructural support, flange width should be proportionate to depth.

Depending on the use and load, web thickness varies.

Length: 6 m, 9 m, 12 m, or custom lengths are available.

Surface Quality: Brushed, polished, or hot rolled.

Applications

Temperatures That Are High - utilized in kilns, furnaces,and heat exchangers.

Chemical Processing Facilities - able to withstand chemicalcorrosion in refineries and petrochemical plants.

Applications in the Marine Environment - Because of itsability to withstand corrosion from seawater, it is appropriate for bothoffshore and coastal structures.

Power Plants - utilized in flue gas desulfurization systemsand boiler components.

Structures of Architecture - aesthetic beams for theinterior and outside of buildings.

Units for Food Processing - guarantees longevity andhygienic conditions in corrosive cleaning settings.

Advantages

Longer Service Life - resistant to environmentaldeterioration and normal wear and tear.

High Capacity to Support Loads - structural soundness evenwhen subjected to high loads.

Minimal Upkeep - Resistance to corrosion decreases