Mechanical Analysis of SAE 1018 SAE 1020 Steel Pipes
Chemical Resistance Guide SAE 1018 Steel Pipes
|AISI 1018||0.14 – 0.20 %||0.60 – 0.90 %||98.81 – 99.26 %||≤ 0.040 %||≤ 0.050 %|
|AISI 1020||0.170 – 0.230||0.300 – 0.600||99.08 – 99.53||≤ 0.040||≤ 0.050|
AISI 1020 Seamless Pipe Mechanical Analysis
|Grade||Tensile Strength||Yield Strength||Elongation|
|AISI 1018||440 MPa, 63800 psi||370 MPa, 53700 psi||15.0 %|
|AISI 1020||380 MPa, 55100 psi||165 MPa, psi 29700||25 %|
AISI 1020 alloy steel pipe can be largely utilized in all industrial sectors in order to enhance weldability or machinability properties. It is used in a variety of applications due to its cold drawn or turned and polished finish property. Due to its low carbon content, it is resistant to induction hardening or flame hardening.
AISI 1020 alloy steel pipe Specification
Outer Diameter: 40 – 245 mm
Thickness: 3 – 20 mm
AISI 1020 alloy steel pipe Chemical composition(%)
C:0.17-0.230 Fe:99.08-99.53 Mn:0.30-0.60 P≤0.040 S≤0.050
AISI 1020 carbon steel pipe Mechanical property
Tensile strength: 420 Mpa 60900 psi Yield strength: 350 Mpa 50800 psi
Elongation at break (in 50 mm):0.29 Hardness, Brinell:121
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It is possible to process 1018 steel tube so as to get a combination of various characteristics of the likes of high tensile properties, superb micro-structure uniformity, good surface quality and excellent machinability. By the process of hot rolling SAE 1018 carbon steel, it is thus possible to make cold drawn seamless mechanical tubes. This type of tubing conforms to ASTM A519 standards. 1018 steel tubes are in big demand for use in a large number of mechanical applications as they have a smooth finish, they have close tolerances and they provide high yield strength.