ASME SA516-60 steel plate is made from carbon-manganese steel. It is ideal for moderate and low-temperature service. It is used for pressure vessels and boilers. It is also used in petrochemical and other industrial applications. It offers superior performance in dangerous conditions. It is designed to meet the requirements of pressure vessels and is suitable for all types of welding.
ASTM A516 Grade 60 is a common choice for boiler fabrication. It is a durable carbon steel that provides excellent notch toughness and weldability. The material has good resistance to oxidizing salts and nitric acid solutions.
A516 Grade 60 is a pressure vessel steel plate ideal for moderate and lower temperature service. Various inspections are performed on the steel plates that undergo a number of tests. These include the Ultrasonic examination, Charpy V-Notch impact test, Flattening test, and High-Temperature Tension Test.
This steel plate is available in four grades. Grades 60, 65, 70, and 75 are categorized according to the minimum tensile strength. They can be used in low-temperature service and wet-h2s corrosive environments. They are also used in the fabrication of welded pressure vessels.
The chemical composition of ASME SA516 Grade 60 depends on the grade. It includes sufficient carbon, manganese, sulphur, silicon, and copper. Its oxidizing salt resistance is excellent, and the chromium content provides exceptional resistance to nitric acid solutions.
An A516 grade is a good option if you need a boiler or pressure vessel-grade steel plate. It performs well at low temperatures and has good weldability.
For use in welded pressure vessels, carbon steel that meets ASTM A516 Grade 60 is acceptable. It has excellent notch toughness and can withstand oxidizing environments. It is employed in the construction of pressure vessels like oil tanks and boilers. This material has exceptional resistance to nitric acid solutions and oxidizing environments thanks to the chromium content.
A516 Grade 60 plates can be as thick as 205 mm. Heat analysis is used to determine this. Between 60 and 80 ksi is the range of tensile strength. A minimum yield strength of about 55 ksi is required.
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