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A36/Q235/S235JR Carbon Steel Plate
A36 is a carbon structural steel plate whose chemical composition and mechanical properties comply with American ASTM standards. This kind of steel plate has good mechanical properties, welding performance and corrosion resistance, and is widely used in construction, bridges, machinery manufacturing and other fields.

Standard:ISO,JIS,ASTM,AS EN
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A36/Q235/S235JR Carbon Steel Plate

The chemical composition of A36 steel plate is mainly composed of iron, carbon, silicon, manganese, phosphorus, sulfur and other elements. Among them, iron is the most important component, accounting for more than 99% of the entire chemical composition. The carbon content is relatively high, generally around 0.2%, ensuring that the steel has a certain hardness and toughness. The addition of silicon, manganese and other elements enhances the strength and toughness of steel. The content of elements such as phosphorus and sulfur is low to ensure that the steel plate has good welding performance and corrosion resistance. A36 steel plate has excellent mechanical properties, and its tensile strength, yield strength, elongation and impact toughness are all higher than ordinary steel.


Product Parameters

Product Name

A36/Q235/S235JR Carbon Steel Plate

Production Process

Hot Rolling, Cold Rolling

Material Standards

AISI, ASTM, ASME, DIN, BS, EN, ISO, JIS, GOST, SAE, etc.

Width

100mm-3000mm

Length

1m-12m, or Customized Size

Thickness

0.1mm-400mm

Delivery Conditions

Rolling, Annealing, Quenching, Tempered or Standard

Surface Process

Ordinary, Wire Drawing, Laminated Film


Chemical Composition

C

Cu

Fe

Mn

P

Si

S

0.25~0.290

0.20

98.0

1.03

0.040

0.280

0.050


Mechanical Properties

A36

Limit Tensile Strength

Tensile Strength,

Yield Strength

Elongation at Break

(Unit: 200mm)

Elongation at Break

(Unit: 50mm)

Modulus of Elasticity

Bulk Modulus

(Typical for Steel)

Poisson's Ratio

Shear Modulus

Metric

400~550 MPa

250 MPa

20.0%

23.0 %

200 GPa

140 GPa

0.260

79.3 GPa

Imperial

58000~79800 psi

36300 psi

20.0%

23.0 %

29000 ksi

20300 ksi

0.260

11500 ksi


Physical Performance

Physical Performance

Metric

Imperial

Density

7.85 g/cm3

0.284 lb/in3


Scope of Application

Bolted, riveted or welded structures for bridges, buildings and oil drilling rigs.
Used for forming storage tanks, silos, bearing plates, fixtures, rings, templates, fixtures, sprockets, cams, gears, bottom plates, forgings, decoration engineering, piles, brackets, automobiles and agricultural equipment, frames, mechanical parts, etc.


Equivalent Material

National Standard GB

European Standard EN

American Standard ASTM

German Standard DIN, WNr

Japanese Standard JIS

French Standard AFNOR

British Standard BS

Canada HG

Q235B

S235JR

A283C

St37-2

SM400A

E24-2

40A/40B

230G

Italy UNI

India IS

Switzerland SS

Australia ONORM

Norway NS

Spain UNE

International Standards ISO

Portugal NP

Fe360B

IS2062

1311/1312

RSt360B

NS12123

AE235B-FN

E235B / Fe360B



Product Show

碳钢板1


Packaging And Transportation

Transport packaging is used to minimize product damage during transportation and distribution, ensure product safety, facilitate storage, transport, loading and unloading, and expedite handover and inspection. People utilize packaging for transportation, storage, and handling. Also known as outer packaging, its main function is to protect goods, prevent damage during storage and transportation, minimize the impact of various external conditions on the goods during transport, and facilitate inspection, inventory, and distribution.

Transport packaging should meet the following basic requirements:

Sufficient strength, rigidity, and stability;

Waterproof, moisture-proof, insect-proof, corrosion-proof, and theft-proof capabilities;

The selection of packaging materials should meet economic and safety requirements;

The weight, dimensions, markings, and form of the packaging should conform to international and national standards, facilitating handling and loading/unloading;

Reduce the labor intensity of workers and ensure safe and convenient operation.

The basic principles that should be followed in the design of transport packaging equipment include: standardization and serialization; containerization and large-scale principles; diversification and specialization principles; scientific principles; and ecological principles.

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