Stainless Steel 317/317L Sheets / Plates

Sanjivini Steel Center is a reputable manufacturer, supplier, exporter, and warehouse of SS 317L sheets and plates. Our extensive selection of superior-quality alloy-designed stainless steel 317/317L sheets and plates is available. In accordance with the client’s request, we can also offer these products with specially designed specifications. The sizes, wall thickness, grade, measurements, standards, and other characteristics of these plates and sheets vary. We use cutting-edge equipment and tools in the design and manufacture of these items. To satisfy the industrial needs of today’s applications, we produce SS 317/317L sheets and plates in accordance with national and international quality requirements.
 
A modified form of another stainless steel alloy with a buildup of molybdenum alloy is called SS 317. The purpose of doing this is to strengthen and enhance the resistance to pitting and corrosion. The thermal strength and hardness of the SS 317 alloy plates are good. However, stainless steel 317L, which has a lower carbon content than the 317-grade alloy, has the same strength and resistance to corrosion. Both of them have greater tensile strength and a high stress-to-rapture ratio. Stainless steel 317/317L is cold work.
 
Globally, SS 317L sheets and plates are employed in a wide range of industrial applications. These 317/317L stainless steel plates are frequently utilized in nuclear and fossil fuel-fueled power plants’ condensers, textile equipment, and food processing equipment. These plates are also utilized in the production of pulp and paper, petrochemicals, chemical processing equipment, and other related fields.
 
While SS 317/317L sheets and plates are being manufactured, they are put through rigorous testing to ensure quality. We conduct a variety of testing, including micro and macro tests, tensile tests, chemical tests, flattering tests, mechanical tests, micro and macro tests, hardness tests, positive material identification tests, flaring tests, and more.