High tensile and Boiler plates
Table of Content
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Product Specification
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Chemical Composition
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High tensile steel
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Grade tensile steel
High Tensile Steel Plates, High Tensile Plates, High Tensile Structural Steel Plates, High Tensile Pressure Vessel Steel Plates at Best Price, High Tensile Strength Steel Plates Supplier in Mumbai, India.
A515/SA 516 Plates, ASTM A515/SA 516 Gr.60/65/70 Steel Plates, A515 Grade 60 Boiler Plates, SA516 Gr.70 Boiler Quality Plates, A515 Grade 65 BQ Plates Suppliers, ASME SA515 Gr 70 Pressure Vessel Steel Plates in Best Price, ASTM A515/SA 516 Boiler and Pressure Vessel Steel Plates Supplier in Mumbai, India.
DETAILED INFORMATION
High-tensile steels are medium-carbon steels with additional alloying ingredients to increase their strength, wear properties, and tensile strength. Hot-rolled at extreme temperatures, they can withstand high temperatures and pressure without rusting. Due to its strength, lighter, more durable, and more efficient pro, ducts and structures can be designed.
Our carbon steel plates provide consistently controlled properties and are designed to withstand the internal pressure of valves, pressure vessels, and boilers. A boiler is constructed from a boiler steel plate, which is a relatively thick, high-quality sheet steel.
ASTM A516 or ASME SA 516 is among the most popular boilerplate grades. As a result, the corrosion field can be controlled or stopped. Corrosion engineering prevents crevice corrosion, stress corrosion cracking, and pitting corrosion.
The boiler plates are made of high-tensile metal and can withstand high temperatures. As a result, they are used in industrial machinery and construction. Commercial and industrial applications use other grades of steel. Boilerplates are priced according to their thickness, color, and length. When a plate is removed from a furnace, some manufacturers offer shortened spans that cause it to bend. Can the leaves in a furnace be made of high-tensile steel? The thickness of the plate should be considered. When steel plates are attached, their thickness is determined by the thickness of the steel plate.
Some plates need to be thick enough for heater applications. What temperature the furnace can be used depends on its process and temperature. You can use this knowledge to determine whether you need high-tensile steel in your furnace. Steel’s tensile strength or elongation can be used to case the grandest grades of steel.
The most common type of metal used in construction and manufacturing is boilerplates. They are made of iron, steel, or aluminum. Due to their high tensile strength, they can withstand a lot of stress. It also has a very low hardness. When choosing the correct steel for your project, plate thickness is essential. The thickness of the plate affects the strength and durability of the material. Check out our primer on plate thicknesses if you plan a large building project. Construction materials vary from country to country. Steel and aluminum are made from similar materials. It’s all about how they’re made and how they’re used.
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Specifications Of High Tensile and Boilerplates
Standard | ASTM A515 / ASME SA516 |
Width | 1500mm-3000mm |
Thickness | 3mm-600mm |
Length | 3000mm-11000mm |
Impact tested | -52° C |
Material | Pressure Vessel Steel / Boiler Quality |
Process of Manufacturing | Hot-Rolled (HR) |
Chemical properties Of Plates
Grade |
C |
Mn |
P |
S |
Si |
ASTM A515/SA516 Grade 60 |
0.21-0.27 |
0.55 – 0.98 |
0.035 max |
0.035 max |
0.13-0.45 |
ASTM A515/SA516 Grade 65 |
0.24-0.29 |
0.79 – 1.30 |
0.035 max |
0.035 max |
0.13-0.45 |
ASTM A515/SA516 Grade 70 |
0.27-0.31 |
0.79 – 1.30 |
0.035 max |
0.035 max |
0.13-0.45 |
Mechanical Properties Of Plates
Grade |
thickness |
Yield |
Tensile |
Elongation |
ASTM A515/SA516 Grade 60 |
6-100mm |
MPa -220 min |
MPa – 415-550 |
21-25% |
ASTM A515/SA516 Grade 65 |
6-100mm |
MPa -240 min |
MPa – 450-585 |
19-23% |
ASTM A515/SA516 Grade 70 |
6-100mm |
MPa -260 min |
MPa – 485-620 |
17-21% |
What are High-Tensile Steel And Boiler Plates
Boiler and high-tensile plates are the most commonly used materials in the construction industry. They have a long lifespan, are highly durable, and are corrosion-resistant.
Steels with high tensile properties are heat-treated to produce strength and toughness that are high yielding while retaining flexibility simultaneously. It is typically used in applications with high strength, but toughness is less crucial than with low-alloy steels such as plain carbon steels or tool steels.
As well as being cold-rolled into thin sheets for building construction, boilerplates can be cold-rolled into thicker sheets for roofing, flooring, or fencing. There is no clear definition of “boilerplate,” and it may be used to describe several types of metal sheets boilerplate-late is a large metal plate with a diameter and thickness of several feet. A boilerplate is an example of a riveted structure in which bolts and rivets join several dishes.
In construction, high-tensile steel and boilerplates are two common types of metal. High-tensile steel is the most robust and flexible steel, whereas boilerplates are iron or mild steel.
Two types of metal are used in construction: high-tensile steel and boiler steel. High-tensile steel is the most robust and most flexible type of steel, while boiler steel is typically made of iron or mild steel. High-tensile steel is usually used as steel bars in construction and manufacturing. Despite its strength, mild steel is more flexible than high-tensile steel. Low-tensile materials have more “memory loss,” which makes it easier to bend material without residual stress or distortion during welding or bending.
A boilerplate is a high-tensile steel sheet used in construction. They are typically used for reinforcing concrete but can also be used as cross beams and structural beams in steel frame buildings, such as skyscrapers.
Typical boilerplates are made of high-tensile steel available in various thicknesses, widths, lengths, and diameters. They can be cut into smaller pieces to fit specific needs.
Compared to structural beams, such as I-beams and H-beams, boilerplates are lighter, easier to handle and transport, and more durable.
The main advantage of using boilerplates is their ability to provide more excellent resistance to bending forces than other beams such as I-beams or H-beams. Buildings typically use boilerplates to protect them from strong winds and seismic loads and provide strength and rigidity.
Since boilerplates are shaped like stirrups, they can also be used for curved surfaces. Boilerplates can also be used for curved surfaces. It is not uncommon for concrete construction to use boilerplates. A column can comprise a central bearing column and a second stirrups-type beam for cross-bracing.
Common Types Of plates
- HOT ROLLED PLATES
- HIGH / LOW-TEMPERATURE PLATES
- PRESSURE VESSEL STEEL PLATES
Grades High Tensile Steels And Boiler Plates
ASTM (USA) |
IS (INDIA) |
DIN (GERMANY) |
BS (ENGLAND) |
EN (EUROPE) |
JIS (JAPAN) |
A572: Gr 50, Gr 65 |
IS 2062: E300, E350, E410, E450, E550 |
17100: ST 44.3, ST 52.3 |
BS 4360: 43, 50 |
EN 10025: S275, S355 JR/JO/JN |
G 3101: SS490 |
A656 Gr 50 |
SAILMA: 300HI, 350HI, 410HI, 450HI |
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G 3106: SM 490, SS520 |
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IS 8500: FE 440, FE 490, FE540, FE 570 |
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Boiler steel plates Dimension Chart
Plate thickness |
5–150 MM (dependent on thickness and steel grade) |
Plate width (wt) |
3,950 MM maximum (dependent on thickness and steel grade; quenched and tempered up to 3,800 MM maximum) |
Plate length (l) |
18,700 MM maximum (dependent on thickness and steel grade; quenched and tempered up to 13,200 MM maximum) |
Ordered weight (wt) |
At least 2 tons per line item (dependent on thickness and steel grade) |
Unit weight (wt) |
11.7 tons maximum per single plate |
Tensile Requirements
Mechanical Property |
Value |
Tensile Strength, MPa (ksi) |
485 – 620 (70 – 90) |
Yield Strength, min MPa (ksi) |
260 (38) |
Elongation min, % 200 mm (8 in) |
17 |
Elongation min, % 50 mm (2 in) |
21 |
Impact energy values for the normalized condition
-20 OC | 0 OC | +20 OC | |
Transverse | 30 J min | 40 J min | 50 J min |
Longitudinal | 45 J min | 65 J min | 75 J min |
Boiler Plate Steel ASME SA516 Grade 60 and ASTM A516 Grade
The A516 / SA516 standard, its full name is “Standard Specification for Pressure Vessel Plates, Carbon Steel, for Moderate- and Lower-Temperature Service”, is widely used by designers and engineers in many market sectors particularly outside of Europe. You may also see the following variations:
ASTM A516 Gr. 60N or ASME SA516 Gr. 60N – the “N” is added to show that the steel is normalized
ASTM A516M or ASME SA516M – the “M” indicates that the material is certified in metric units
We are also stockists of plates manufactured and certified to:
ASTM A516 Gr. 65 ASME SA516 Gr. 65
ASTM A516 Gr. 70 ASME SA516 Gr. 70
Benefits Of High Tensile and Boilerplates
- Guaranteed high strength and toughness
- Respective high and low-temperature properties
- Excellent weldability
- Corrosion and fatigue resistance
- Excellent formability
- Tight dimensional tolerance
Applications Of High tensile and Boilerplates
- Roof supports
- Cranes, Dump trucks
- Automobile & Offshore Industry
- Agriculture & Transportation Equipment
- Spiral Cases and Penstocks in Power Plants
- Pylons and other Architectural Structures
- Oil & Gas Industrires
- Chemical Industries
- Construction Industries
- In Offshore Pipelines, Pipe Works
- Petrochemical Industry
- Shipbuilding Industries
- Hydraulic Applications
- Piping Systems
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