ASTM A285 equivalent, grades and specification
Get legitimate suppliers of ASME sa 285 gr c pipe in UAE, and compare a285 and a516.
ASTM A285 vs A516
ASTM A 285 and A516 are made of low-carbon steel with less than 0.30% carbon. Hence both are not brittle or ductile but have properties between the two. Since ASTM A 285 A 516 have similar compositions, they also have many similar properties But there are also differences in the composition, properties, and use between ASTM 285 C pipe and A516 pipe, including the following, among others.
- Carbon steel A285 pipe can be from any of its three grades, A, B, and C, whereas for A 516, there are no grades.
- Carbon steel ASTM A285 grade C pipe has a tensile strength of up to 515 MPa, whereas A516 has a lower yield strength of 260 MPa.
Meet the top Middle East stockists of ASTM a285 grade c pipe for boiler and pressure vessel who provides a wide range for online purchasing to reduce costs, see grades
What are the grades of ASTM A285 steel pipe?
ASTM A285 steel pipe has three grades, each with a specific combination, strength, and properties. A285 gr C pipe is the most used in many applications because of its high tensile strength. The following are the different ASTM A285 grades with their detailed information.
- The maximum carbon content of the three grades, A, B, and C, are 17, 22, and 28, respectively.
- The maximum tensile strength of the three grades is 45, 485, and 515 MPa, respectively.
- The three grades’ maximum manganese, sulfur, and phosphorous content are the same.
- The yield strength among the three grades is 165, 185, and 205 MPa for A, B, and C.
At agreed-upon costs, Obtain a number of importers and traders that provide a range of ASTM a285 steel pipe. View the distinction between sa and ASTM materials.
Difference between ASTM and SA material
ASTM and ASME have been prestigious standardization organizations for over a century to specify standards for materials. The ASTM and ASME specification for low-carbon steel alloys is available with prefixes A and SA. Though most of the specifications of these two international organizations are similar for approving materials. there are also a few differences.
ASTM A285 grade C pipes made from C grade A285 after undergoing chemical synthesis and tension test are best for engineering, mechanical, and structural applications
SA 285 gr C pipe has the endorsement of the ASME Boiler and Pressure Vessel Code, Section II, for use in code-fabricated items.
In GCC countries, carbon steel a285 pipe is accessible for specific requirements. the time has arrived to get a quotation. Compare a285 grade c to A36.
ASTM A285 grade C vs A36
ASTM A285 and A36 are low-carbon steels that are not expensive but popular to be useful for many structural purposes. Also with a similar composition of these two low-carbon steels having 98% iron have many similar properties, But there are also differences between A285 and A36 that include the following among others.
- The A285 carbon content differs with the three grades from 0.17, 0.22, and 0.28%, whereas the carbon content of A 36 is 0.25 to 0.29%
- Though the elastic modulus Young’s tensile GPA, sheer modulus GPa, and Poisson’s ratio are the same for both but with different tensile strength ultimate of 450 for A285 and 480 for A 36
Contact the distributors of Jindal, TISCO, Baosteel, and JFE-made ASTM 285 C pipe, and learn why this material is also known as boiler and pressure vessel steel.
Why are ASTM A285 grade C pipes called boiler and pressure vessel steel?
ASTM A285 grade C pipe for boiler and pressure vessel steel is common worldwide because of its unique composition and properties. It is the reason that many call A285 as the boiler and pressure vessel steel.
ASTM A285 grade C carbon steel pressure vessel pipe complies with the standard specifications for use as a weldable material in the fabrication of industrial boilers and pressure vessels that use fusion welding. The specifications include the low to intermediate tensile strength typical of low-carbon steel.
Hence A 285 pipes are not for applications requiring high tensile strength but are best for fabricating low-pressure temperature-controlled vessels and storage tanks.
