Steel Stock
Hot and cold rolled bar, plate, sheet, angle and structural shapes.
Also searched as: cold rolled steelsteel platea361018steel bar
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1'' x 3 Ft. Hot-Rolled Steel Flat Stock
Length: 3 Ft.Thickness: 1''
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1-3/8'' x 3 Ft. Steel Flat Stock
Length: 3 Ft.Thickness: 1-3/8''
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1045 Carbon Steel Square Bar
Length: 36 inchesThickness: 0.63 inchWidth: 5/8 inch
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3.500 in. (3-1/2 in.) x 18 in., 1018 Steel Round Rod, CF
Diameter: 3.500 inGrade: 1018Length: 18 inShape: Round
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316L Stainless Steel Bar
Length: 36 inchesThickness: 1/8 inchWidth: 1/2 inch
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A36 Carbon Steel Sheet
Length: 6 inThickness: 0.75 inWidth: 3 inYield Strength: 36000 psi
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A36 Carbon Steel Sheet - 1-1/4in Thick x 3in Wide x 3in Long
Length: 3 inTensile Strength: 58,000 psiThickness: 1.25 inWidth: 3 in
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A36 Carbon Steel Sheet - 1/4in Thick x 10in Wide x 10in Long
Length: 10 inThickness: 0.25 inWidth: 10 inYield Strength: 36,000 psi
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A36 Carbon Steel Sheet - 1/4in Thick x 24in Wide x 24in Long
Length: 24 inThickness: 0.25 inWidth: 24 inYield Strength: 36,000 psi
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A36 Carbon Steel Sheet - 2in Thick x 12in Wide x 12in Long
Length: 12 inThickness: 2 inWidth: 12 inYield Strength: 36,000 psi
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A36 Carbon Steel Sheet - 2in Thick x 6in Wide x 6in Long
Length: 6 inStrength: 58,000 psiThickness: 2 inWidth: 6 in
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A36 Carbon Steel Sheet - 3/8in Thick x 24in Wide x 48in Long
Length: 48 inThickness: 0.375 inWidth: 24 in
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A36 Steel Flat Bar, Hot Rolled, 1 in x 9 in x 9 in
Length: 9 inThickness: 1 inWidth: 9 in
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A36 Steel Flat Bar, Hot Rolled, 3/16 in x 2 in x 36 in
Length: 36 inThickness: 0.1875 inWidth: 2 in
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Bar, Rectangular, Carbon Steel, 1018, 1/2 x 3 1/2 In, 6 Ft
Alloy Type: 1018Length: 6 ftThickness: 0.5 inWidth: 3.5 in
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Bar, Rectangular, Carbon Steel, 1018, 3 x 4 In, 1 Ft L
Alloy Type: 1018Length: 12 inTensile Strength: 80000 psiThickness: 3 inWidth: 4 in
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Carbon Steel Bar Grating, Serrated, 36" L x 36" W x 1.5" H, Galvanized Finish
Bearing Bar Spacing: 1 3/16 inBearing Bar Thickness: 3/16 inCross Bar Spacing: 4 inFinish: GalvanizedGrade: A1011
from $280.99Zoro $280.99 -
Carbon Steel Bar, 1.75" x 5.5" x 12"
Length: 12 inThickness: 1.75 inWidth: 5.5 in
from $253.99Zoro $253.99 -
Carbon Steel Sheet A1008
Gauge: 12 gaGrade: A1008Process: Cold RollThickness: 0.105 in
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Carbon Steel Sheet A1008
Gauge: 14 gaGrade: A1008Process: Cold RollThickness: 0.075 in
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Carbon Steel Sheet A1008 Cold Roll
Gauge: 14 gaGrade: A1008Length: 4 ftOverall Width: 36 inProcess: Cold Roll
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Carbon Steel Sheet A1008 Cold Roll
Gauge: 14 gaGrade: A1008Process: Cold RollThickness: 0.075 in
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Rod, Steel, 1018, 1 In Dia x 3 Ft L
Diameter: 1 inGrade: 1018Length: 3 ftShape: Rod
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Steel Sheet
Dimensions: 8 x 18 inGauge: 16GAProcess: Cold rolled
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Unthreaded Rod
Diameter: 3/8 inLength: 48 inProcess: Cold RolledType: Unthreaded Rod
About steel stock
Steel stock encompasses a broad range of fundamental ferrous materials used in construction, fabrication, and mechanical engineering. These materials are typically available in hot-rolled (HR) and cold-rolled (CR) forms, with CR stock offering tighter dimensional tolerances, improved surface finish, and often higher strength due to work hardening. Common geometries include flat bar, round bar, square bar, rectangular bar, plate, sheet, angle, channel, and I-beams. Selection is primarily driven by mechanical properties, including tensile strength, yield strength, and hardness, as well as formability and weldability. Standard material grades such as ASTM A36 (structural steel), AISI 1018 (mild carbon steel), AISI 4140 (alloy steel), and various stainless steel grades (e.g., 304, 316) are widely available. Dimensions are critical for specification, including thickness, width, length, and cross-sectional profiles, often conforming to ASTM or ANSI standards. Surface finishes can range from mill scale on hot-rolled products to smooth, descaled, or polished finishes on cold-rolled or stainless steel. Coatings such as galvanization or priming may also be applied for corrosion resistance.
How to choose
When selecting steel stock, first define the required mechanical properties, such as yield strength and toughness, to determine the appropriate alloy (e.g., A36 for structural, 1018 for general machining, 4140 for higher strength). Second, specify the required form factor and dimensions (e.g., plate thickness, bar diameter, angle leg length) based on the application's geometric constraints and load paths. Third, consider the manufacturing process; cold-rolled offers better surface finish and tighter tolerances for precision applications, while hot-rolled is more economical for less critical uses. Finally, assess environmental factors for corrosion resistance, which may necessitate stainless steel or a protective coating like galvanization.