IS 2062 E250A Plate

Description

Mild Steel E250A Structural Steel Plate Supplier

We supply IS 2062 E250A Structural Steel Plates with customized thicknesses and sizes to meet your specific requirements.

Table of Contents

1. What is IS 2062 E250A Plates?
2. E250A Vs E250B
3. IS 2062 E250A Steel Plates Price in India
4. Specification of Hot Rolled IS 2062 E250A Structural Plates
5. IS 2062 E250A Carbon Steel Plates Equivalent Grade
6. Most Selling Types of IS 2062 E250A Plates
7. IS 2062 E250A Density
8. IS 2062 E250A Plates Chemical Composition
9. Mechanical Properties of IS 2062 E250A HR Plates
10. IS 2062 E250A CS Plates Testing We Carry Out
11. IS 2062 E250A HR Plates Application

What is IS 2062 E250A Plates?

IS 2062 E250A Plates are Indian standard structural plates designed with exceptional chemical composition to enhance their strength and tolerances. These plates demonstrate excellent resistance to corrosion in various stress-induced environments. The IS 2062 E250A Steel Plates are coated with a rust-proof finish, preventing chemical contamination and rust formation.

The IS 2062 E250A Carbon Steel Plates are engineered to optimize stress distribution within structural systems. Featuring superior tensile strength and good hardness, these plates are ideal for high-quality construction applications, offering excellent durability. The Hot Rolled IS 2062 E250A Structural Steel Plates are processed at elevated temperatures above recrystallization values, providing the low carbon IS 2062 E250A MS Plate with exceptional formability and weldability.

With outstanding resistance to organic and inorganic acids, the Mild Steel IS 2062 E250A Plates ensure reliable performance across diverse environments. The versatile, high-strength structural IS 2062 E250A HR Plates are widely utilized in applications such as boilers, heat exchangers, cement plants, nuclear and aerospace industries, automotive manufacturing, construction, and various high-profile sectors.

E250A Vs E250B

E250A and E250B are two distinct grades of structural steel plates. The primary differentiation lies in their chemical composition. Group A (E250A) has a higher carbon content and carbon equivalent compared to Group B (E250B). Additionally, E250A features an increased concentration of phosphorus and sulfur, contributing to enhanced strength and tolerances.

IS 2062 E250A Steel Plates Price in India

Specification of Hot Rolled IS 2062 E250A Structural Plates

• Standard: IS 2062 – Hot Rolled Medium and High Tensile Structural Steel
• Dimensions: AISI, ASTM, BS, DIN, GB, JIS compliant
• Width: 1000 – 3000 mm
• Thickness: 5 – 150 mm
• Length: 3000 – 18000 mm

IS 2062 E250A Carbon Steel Plates Equivalent Grade

The IS 2062 E250A plates have several equivalent grades, including:

• EN S235
• EN S275
• ASTM A36 (American Equivalent)
• JIS SS400 (Japanese Equivalent)

Most Selling Types of IS 2062 E250A Plates

The most sought-after variants of the IS 2062 E250A Plates include hot-rolled plates, normalized plates, and custom-cut sizes tailored to specific applications.

IS 2062 E250A Density

The density of IS 2062 E250A Plates typically ranges around 7.85 g/cm³, which is standard for mild steel.

IS 2062 E250A Plates Chemical Composition

The IS 2062 E250A plates feature an excellent chemical composition:

• Carbon: 0.23%
• Manganese: 1.50%
• Silicon: 0.40%
• Carbon Equivalent: 0.42%
• Phosphorus: 0.050%
• Sulfur: 0.050%

Mechanical Properties of IS 2062 E250A HR Plates

IS 2062 E250A HR Plates exhibit superior mechanical properties:

• Minimum Yield Strength: 250 N/mm²
• Minimum Tensile Strength: 410 N/mm²
• Elongation: Approximately 23%

IS 2062 E250A CS Plates Testing We Carry Out

We conduct various testing methods to ensure the quality and reliability of IS 2062 E250A CS Plates, including tensile testing, impact testing, hardness testing, and chemical analysis.

IS 2062 E250A HR Plates Application

The IS 2062 E250A HR Plates are widely used in various applications, such as:

• Boilers
• Heat exchangers
• Cement plants
• Nuclear and aerospace industries
• Automotive manufacturing
• Construction and structural applications