ASTM A36 Steel Plate

 

Plates and sheets of the A36 grade are made using two different methods: hot and cold rolling.

• The A36 grade cold rolled modules feature superior dimensional accuracy and tolerances. The surface of A36 Hot Rolled Steel Sheet is rough, with slightly rounded edges. Components that are hot rolled are less expensive than those that are cold rolled.
• A36 Hot Rolled Steel Plate is treated in mills at high temperatures until it reaches its recrystallization value, which allows following modules to be made easily. After the hot-rolling process, A36 Cold Rolled Steel Plate is treated at room temperature. These modules are rolled for a better surface polish and tighter tolerances.

The A36 steel is a structural grade component. The A36 Steel Plate is designed with a superior composition of carbon, copper, iron, manganese, phosphorous, silicon, and sulfur. This gives these plates excellent corrosion and oxidation resistance properties. density is 7.85 g/cm3, the Astm A36 Steel Plate is very strong, tough, and ductile. These plates are designed in thickness above 6mm or more. The low carbon Astm A36 Carbon Steel Plate can be easily machined and welded in place making use of standard welding procedures. These plates have superior strength and provide superior strength and stability in the system. The A36 Plate is produced with superior mechanical properties. These plates have a tensile strength range from 400 -550mpa with a yield strength of 250mpa. They can be elongated by 20%. A36 Steel Sheet is designed in thickness below 6mm and above 0.5mm. These sheets add an aesthetical appeal to different components.

The A36 Hot Rolled Steel Plate is processed by heating the plate in high-temperature mills till the metal attains its recrystallization value. This allows the plates to be easily formed and shaped in the system. A36 Cold Rolled Steel Plate is processed at room temperature soon after the hot rolling process. The processing of these plates gives them an excellent surface finish while giving them enhanced strength. The A36 Hot Rolled Steel Sheet is the most common processing type used in this range. These sheets offer a cost-effective solution to cold-rolled components and take up a relatively low processing time. Our renowned workers utilize the best raw materials and latest technology to produce the best products in this space. The components can be customized in an array of shapes and sizes to meet different project types. For any queries and more questions about our products or their pricing, get in touch for more information.

 

Supplier Of ASTM A36 Plate in Typical Sizes As Well As in Custom Sizes in Stock, Refer A36 Steel Vs. Grade 50 Steel

 

• Grade 50 has a yield strength of 50,000 pounds per square inch and a tensile strength of 36,000 pounds per square inch. Modules of the A36 grade are more ductile than those of the grade 50.
• The A36 grade is designed to have a maximum tensile strength of 80,000 psi, while grade 50 has a maximum tensile strength of 65,000 psi.
• Grade 50 is a high-strength low alloy steel grade, while A36 is a structural carbon steel grade

 

Genuine ASTM A36 Steel Plate Stockist in India, Maintain Broad Inventory Including Maximum Sizes

 

 

• Item : ASTM A36 Steel
• Thickness : 5mm-150mm
• Width : 1000mm-4500mm
• Length : 3000mm-18000mm

 

Stocking Distributors Of A36 Cold Rolled Steel Plate in Wide Range For Structural Applications, View A36 Steel Price Per Pound.

 

 

2022 -23 Price List

 

 

Exporter Of A36 Steel Sheet, Must view ASTM A36 Equivalent Indian Standard, Flatness Tolerance, Thickness Chart in mm

 

 

• Welding : Excellent
• Corrosion Resistance : Poor
• Bending / Forming : Fair
• Machining / Grinding : Good
• Wear Resistance : Fair

 

Slightly Grainy, Blue / Gray

 

 

 

Before Purchasing SA-36 Material From India, Always Consult A36 Plates Stockist, Refer Sizes and Weight Chart.

 

 

 

Thickness Tolerance Over Specified Size

• 0.180 Inch to 1.00 Inch = .030 Inch
• 1.125 Inch to 2.00 Inch = .060 Inch
• 2.125 Inch to 3.00 Inch = .090 Inch
• 3.250 Inch to 4.00 Inch = .011 Inch
• 4.250 Inch to 6.00 Inch = .150 Inch
• 6.250 Inch to 10.00 Inch = .230 Inch
• 10.00 Inch to 12.00 Inch = .290 Inch

Notes:

• * Permissible variation under = minus.010 Inch
• * Measurements taken 3/8 Inch to 3/4 Inch from edge.
• A36 Steel Plate Flatness Tolerance = 3/16 Inch +/- in any 12ft length

 

 

 

 

construction of Bridges, Flyovers, Residencial towers, industrial and commercial

• ASTM A36 steel is a most common grade of low alloy carbon steel with good strength, Weldability and good formability. Grade A36 can be machined and drilled easily
• ASTM A36 steel plate also be used in ships building and Tunnels.
• This Grade belong to the family of Low carbon steel so carry high strength and can be mould so it is also widely used in creat temporary warehouse, prefabricated buildings, commercial structures and support of breaking walls of Tunnels.

 

A36 fall under structural steel. It is one of the most common grade due to its cost, chemical composition, Mechnical properties. Also it carry 36 ksi min. yield strength.

• Cost of Grade A36– Quite low compare to other structural steel. whick make it one of the most preferred grade in structural applications.
• Strength, Yield Strength ksi (MPa), Tensile Strength ksi (MPa): Strong, 70 (480)
  For higher strength and lower weight, consider High-strength, Low-alloy
•  Formability: % Elongation: Basic, 20
  For better formability consider Drawing Steel
• Chemical Properties – A ‘plain’ steel without expensive alloying elements.
• Joining – Excellent
  
• The cheapest and easiest methods can be used: shielded metal arc welding (SMAW, or stick welding), gas metal arc welding (GMAW, or MIG welding), and oxyacetylene welding. A36 steel is also commonly bolted and riveted for buildings and other structures.
• Corrosion Resistance – Very Good on normal conditions
  A36 can be galvanized to slow rusting. For longer life in harsh chemical conditions, we should go for galvanizing or surface Coating
  

 

• Industrial manufacturing
• Oil and gas
• Construction
• Road plate

 

 

The following temperatures can be used to heat treat it:

• Carburizing at 899°C – 927°C (1650°F-1700°F)
• Annealing at 843°C – 871°C (1550°F-1600°F)
• Normalizing at 899°C – 954°C (1650°F-1750°F)
• Hardening at 788°C – 816°C (1450°F-1500°F)
• Stress relieving at 677°C – 927°C (1250°F-1700°F)

 

 

Machining

The typical surface putting feed rate is 120 feet per minute, while the machinery rate is at 72 percent. It is more difficult to machine than, say, 1018.

Welding

Weldability of A36 steel plate is good, and any welding procedure can be utilised. Welds and joints will be of excellent quality.

 

This grade is a versatile all-purpose steel because it is easy to mill, weld, and mould. When tested for tensile strength, it is fairly ductile and may extend to around 20% of its original length.

It offers good impact strength at room temperature due to its mix of strength and ductility. It may be heat treated without affecting its qualities due to its low carbon content. Because of the low quantities of nickel and chromium in A36 steel, it does not have a good corrosion resistance.