Tianjin Bohai Metal Corporation

ASTM A514 high strength steel plate

ASTM A514 steel plate is a steel plate material known for its high yield strength, weldability, and toughness, even at low temperatures. ASTM A514 is a low carbon quenched and tempered alloy steel that is a low-cost, high performing material for structural use and high wear machine applications. A514 steel plate meets the ASTM International standard A514. This steel plate has a yield strength of 100,000 psi (100 ksi or approximately 700 MPa).

Hight Strength Low Alloy Steel

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Commodity name: ASTM A514 high strength steel plate

Product introduction

ASTM A514 Alloy Steel Plate

The A514 plate steels are a group of quenched and tempered alloys with many attractive advantages and characteristics. It has a minimum tensile strength of 100 ksi (689 MPa) and at least 110 ksi (758 MPa) ultimate. Plates from 2.5 inches to 6.0 inches have a specified tensile strength of 90 ksi (621 MPa) and 100 - 130 ksi (689 - 896 MPa) ultimate. A514 plate also provides good weldability, and toughness at low atmospheric temperatures. The ASTM A514 group is designed for a wide range of structural uses as well as machinery and equipment. However, the primary use is as a structural steel in building construction. This group of steel, which also includes A517, alloy steel combine optimum strength, toughness, corrosion resistance, impact-abrasion resistance, and long-term economy.

A514 steel plate
ASTM A514 is most commonly used as structural steel in cranes and large heavy-load machines. Gnee steel stocks ample inventory of A514.
Overview:
Commonly used as structural steel in cranes or large heavy-load machines, A514 offers high strength with weldable, machinable properties.
Also referred to as T-1 steel.
Quenched and tempered for increased strength.
Available in eight grades: B, S, H, Q, E, F, A and P.
Available in heavy plate thicknesses (3-inches or greater).
Suitable in lower temperatures. Charpy impact test results for specific climates available.

Available Sizes
Gnee steel stocks the following standard sizes, but other sizes may be available for special orders.

GRADE	THICKNESS	WIDTH	LENGTH
GRADE B	3/16" – 1 1/4"	48" – 120"	UP TO 480"
GRADE S	3/16" – 2 1/2"	48" – 120"	UP TO 480"
GRADE H	3/16" – 2"	48" – 120"	UP TO 480"
GRADE Q	3/16" – 8"	48" – 120"	UP TO 480"
GRADE E	3/16" – 6"	48" – 120"	UP TO 480"
GRADE F	3/16" – 2 1/2"	48" – 120"	UP TO 480"
GRADE A	INQUIRE	INQUIRE	INQUIRE
GRADE P	INQUIRE	INQUIRE	INQUIRE

MATERIAL PROPERTIES
The following material properties are ASTM specifications and will be confirmed on the Mill Test Report.

GRADE	YIELD POINT (KSI)	TENSILE STRENGTH (KSI)	MIN. 8” ELONGATION %
3/4" OR LESS THICKNESS	100	110-130	18
GREATER THAN 3/4" TO 2.5" THICKNESS	100	110-130	18
GREATER THAN 2.5" TO 6" THICKNESS	90	100-130	16

Technical data

CHEMICAL COMPOSITION
The following composition properties are ASTM specifications for A514 steel grades.

Grade B
CARBON	0.12-0.21%
MANGANESE	0.70-1.00%
PHOSPHORUS MAX	0.030%
SULFUR MAX	0.030%
SILICON	0.20-0.35%
CHROMIUM	0.40-0.65%
MOLYBDENUM	0.15-0.25%
VANADIUM	0.03-0.08%
TITANIUM	0.01-0.10%
BORON	0.0005-0.005%

Grade S
CARBON	0.11-0.21%
MANGANESE	1.10-1.50%
PHOSPHORUS MAX	0.030%
SULFUR MAX	0.020%
SILICON	0.15-0.45%
MOLYBDENUM	0.10-0.60%
VANADIUM	0.06%
BORON	0.001-0.005%
COLUMBIUM MAX	0.06%

Grade H
CARBON	0.12-0.21%
MANGANESE	0.95-1.30%
PHOSPHORUS MAX	0.030%
SULFUR MAX	0.030%
SILICON	0.20-0.35%
NICKEL	0.30-0.70%
CHROMIUM	0.40-0.65%
MOLYBDENUM	0.20-0.30%
VANADIUM	0.03-0.08%
BORON	0.0005-0.005%

Grade Q
CARBON	0.14-0.21%
MANGANESE	0.95-1.30%
PHOSPHORUS MAX	0.030%
SULFUR MAX	0.030%
SILICON	0.15-0.35%
NICKEL	1.20-1.50%
CHROMIUM	1.00-1.50%
MOLYBDENUM	0.40-0.60%
VANADIUM	0.03-0.08%

Grade E
CARBON	0.12-0.20%
MANGANESE	0.40-0.70%
PHOSPHORUS MAX	0.030%
SULFUR MAX	0.030%
SILICON	0.20-0.40%
CHROMIUM	1.40-20%
MOLYBDENUM	0.40-0.60%
TITANIUM	0.01-0.10%
BORON	0.001-0.005%

CARBON	0.10-0.20%
MANGANESE	0.60-1.00%
PHOSPHORUS MAX	0.030%
SULFUR MAX	0.030%
SILICON	0.15-0.35%
NICKEL	0.70-1.00%
CHROMIUM	0.40-0.65%
MOLYBDENUM	0.40-0.60%
VANADIUM	0.03-0.08%
COPPER	0.15-0.50%
BORON	0.0005-0.006%

Grade A
CARBON	0.15-0.21%
MANGANESE	0.80-1.10%
PHOSPHORUS MAX	0.030%
SULFUR MAX	0.030%
SILICON	0.40-0.80%
CHROMIUM	0.50-0.80%
MOLYBDENUM	0.18-0.28%
ZIRCONIUM	0.05-0.15%
BORON	0.0025% MAX

Grade P
CARBON	0.12-0.21%
MANGANESE	0.95-1.30%
PHOSPHORUS MAX	0.030%
SULFUR MAX	0.030%
SILICON	0.20-0.35%
NICKLE	1.20-1.50%
CHROMIUM	0.85-1.20%
MOLYBDENUM	0.45-0.60%
BORON	0.001-0.005% MAX

Key words:

ASTM A514 high strength steel plate

Packaging

The company's products are packaged and labeled according to regulations and customer requirements. Take care to avoid any damage that may occur during storage or transportation. In addition, clear labels are attached outside the package to facilitate identification of product ID and quality information.

1. Wooden case packing, PVC packing, etc.

2. Standard seaworthy packing machine customized

3. Port any port in China

In order to better ensure the safety of your goods, we will provide professional, environmentally friendly, convenient and efficient packaging services.

Stainless steel pipes are often packed and transported in bags, boxes or protective containers. Stainless steel conduits with an outer diameter greater than 6 inches can be transported in bulk, packed or not. The length, outer diameter, wall thickness, finish and transportation method determine the optimal packaging method. Most polishing tubes are packed in wooden cases or boxes made of other suitable materials.

It is necessary to bundle stainless steel pipes, because excessive quantities of stainless steel pipes during transportation may lead to risks such as bending, extrusion deformation or twisting of pipes during transportation. In addition, some other auxiliary measures need to be taken during baling. Flat steel wire belt is generally used for binding, but other suitable materials can also be used. The number of fixed knots depends on the length and weight of the bale.
Application

1 Building Materials industry
2 light industry
3 Shipbuilding Industry
4 Mechanical Manufacturing
5 Bridge Construction
6 Energy Engineering
7 Water Conservancy Projects
8 Chemical Industry

1. Automobile industry

Stainless steel plate not only has high corrosion resistance, but also has light weight, which is very important in automobile manufacturing. A large number of stainless steel plates are required for the manufacturing of automobile shells, and many international famous cars are now beginning to use stainless steel plates as the structural materials of automobiles. Even in high-speed railway, subway and other aspects, stainless steel plate is also widely used.

2. Water storage and transportation

Water has high requirements on the environment during storage. Stainless steel plate can effectively ensure the water quality is not polluted when used for water storage. Stainless steel plate is also recognized as a safe, hygienic and efficient water storage material in the world. Stainless steel plate will also be an indispensable material for water storage equipment in the future.

3. Construction industry

In fact, stainless steel plates were first used in the construction industry, and then gradually introduced into more fields. Decorative panels on the exterior walls of buildings are generally made of stainless steel plates, which are durable and beautiful.

In a word, stainless steel plates are widely used. In addition to the above, stainless steel plates can also be seen in the household appliance manufacturing industry. I hope you can have a more comprehensive understanding of stainless steel plate after reading this article. More wonderful content, remember to pay attention to TISCO stainless steel!