A36 Steel Plate
A36 steel general information
The A36 steel specification was first issued in 1960. Today, engineers specify ASTM A36 for more structural steel fabrications than any other type of plate. Consequently, it is the most purchased hot-roll steel plate in the world and the least expensive of the commercial carbon steels. The heat ability reates very good welding properties, and the 36 ksi yield strength makes it acceptable for most applications. A36 is considered a mild steel due to it’s relatively moderate hardness.
A-36 is a structural-quality mild carbon steel used in general construction applications including bolted or welded construction of buildings and bridges and common machine parts.
Common Uses of A36 Steel Plate
Common uses of A36: Shim plates, Gusset plates, bridge plates, bearing plates, robot bases, column base plates, press parallels, press platens, tooling plates, machine plates, machine frames and pedestals, steel table tops, base plates, mold & die, machine mounting plates, etc.
Precision Grinding Inc. capabilities:
- (4) 40 ft. long Plate Cutting Tables – Oxy-fuel Flame Cutting and Plasma cutting
- Stress Relieving and Annealing
- Blanchard Grinding, Surface Grinding
- CNC Machining
- Fabrications, and machine building
Mill Certifications or Material Test Reports (MTR’s) are available upon request. Material Test Reports (MTR’s) include plate specifications, heat numbers, chemical and physical properties listed by the manufacturer or producing mill. Precision Grinding stores an electronic file copy of each MTR, indefinitely.
|A36 steel physical properties table|
|Steel Type||Mild Carbon/Low Carbon|
|Common PGI Inventory||0.25” – 6.00″ inquire for thicker plate|
|Minimum Yield Stress (ksi)||36.3|
|Average Tensile Strength (ksi)||58 – 80|
|Elongation at Breakage||23% minimum in 2” (for plate 24” and wider)
OR 20% minimum in 8”
|Approximate Hardness (Rc)||–|
|Approximate Hardness (Rb)||–|
|Average surface cutting speed (ft/min)||120|
|A36 steel chemical composition table|
|% Carbon (C)||0.250 – 0.290|
|% Copper (Cu)||0.200|
|% Iron (Fe)||98.0|
|% Manganese (Mn)||1.030|
|% Phosphorus (P)||0.040|
|% Silicon (Si)||0.280|
|% Sulfur (S)||0.050|