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Stainless steel 317l plates are highly sought-after for their distinctive properties stemming from their special chemical composition. They contain chromium (up to 20%), nickel (up to 11%), molybdenum (up to 3%) and other metals, including manganese, silicon and carbon. Small quantities of nitrogen, phosphorus and sulfur can also be found in these plates. Despite their remarkable malleability, they are incredibly robust thanks to the unique combination of stainless steel alloys that make them up. This superb composition makes them strong and gives them a long working life and excellent resistance against corrosion and heat. Understanding the chemistry behind stainless steel plates allows for their much more effective use in advanced engineering applications.
One of the most versatile, high-grade metals available, SS 317L plates have a wide range of uses and properties that make them essential to numerous industries. For example, they offer excellent corrosion resistance and are often used in chemical processing equipment, such as heat exchangers and piping systems. Their extraordinary strength has made them a great choice for structural needs in construction projects, mountings, brackets, frames and other components. Moreover, their superior pliability makes them perfect for use in appliances, architectural mouldings and trim products. On top of that, stainless steel 317L plates have excellent formability characteristics, allowing easy forming methods like stretching without damaging the metal's composition. By leveraging all these features demonstrated by 317L stainless steel plates, industries can be ensured of cost-effective product solutions even when facing demanding applications.
Stainless steel 317l plates are highly sought-after for their distinctive properties stemming from their special chemical composition. They contain chromium (up to 20%), nickel (up to 11%), molybdenum (up to 3%) and other metals, including manganese, silicon and carbon. Small quantities of nitrogen, phosphorus and sulfur can also be found in these plates. Despite their remarkable malleability, they are incredibly robust thanks to the unique combination of stainless steel alloys that make them up. This superb composition makes them strong and gives them a long working life and excellent resistance against corrosion and heat. Understanding the chemistry behind stainless steel plates allows for their much more effective use in advanced engineering applications.
One of the most versatile, high-grade metals available, SS 317L plates have a wide range of uses and properties that make them essential to numerous industries. For example, they offer excellent corrosion resistance and are often used in chemical processing equipment, such as heat exchangers and piping systems. Their extraordinary strength has made them a great choice for structural needs in construction projects, mountings, brackets, frames and other components. Moreover, their superior pliability makes them perfect for use in appliances, architectural mouldings and trim products. On top of that, stainless steel 317L plates have excellent formability characteristics, allowing easy forming methods like stretching without damaging the metal's composition. By leveraging all these features demonstrated by 317L stainless steel plates, industries can be ensured of cost-effective product solutions even when facing demanding applications.
HSN Code for stainless steel 317l plates is 7310.20.00. The product is made of stainless steel, and the composition is 317l. It has a thickness of 6-12 mm, width of 800-2200 mm, and length of 1500-6000 mm. The net weight is 33000 kgs, and the price is Rs 280 per kg.
No. Stainless steel 317l is not magnetic. It is an austenitic stainless steel that contains about 2% nickel and 6% molybdenum. This alloy is non-magnetic in the annealed condition, but can become slightly magnetic after cold working.
317L stainless steel plates are corrosion resistant because the alloying elements added to the steel, specifically molybdenum and nickel, form a stainless surface film that resists corrosion. The addition of these two elements improves both the pitting and crevice corrosion resistance of the steel.
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