MS I-Beam

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MOQ : 500 Kilograms

MS I-Beam Specification

Load Capacity
High (depends on section size and grade)

Features
Sturdy, high strength, easy fabrication, longevity

Form
Beam

Material Grade
IS 2062 / ASTM A36 / Equivalent

Thickness
Various (standard as per IS specification)

Color
Grey/Black (natural steel finish)

Installation Type
Welded/Bolted

Purity
Commercial grade

Usage
Structural framework, heavy machinery base

Application
Construction & Industrial

Product Type
MS I-Beam

Main Material
Mild Steel

Surface Treatment
Polished

Size
Custom/Standard (varies as per requirement)

Weight
Depends on size and thickness

Feature
High load-bearing capacity, durable, corrosion resistant

Shape
I or H beam

Tensile Strength
410 MPa minimum (as per grade)

Section Type
Rolled Steel I Section

End Type
Straight cut

Packaging Type
Standard industrial packaging/bundles

Length
6-12 meters or as specified

Yield Strength
250 MPa minimum (as per grade)

Corrosion Resistance
Good (can be enhanced with coating)

Weldability
Excellent

Finish
Raw, painted, or galvanized (optional)

About MS I-Beam

An MS I-beam is a kind of structural steel beam with an I-shaped form. It goes under the names universal beam and H-beam as well. Mild steel, or MS for short, is a low-carbon steel that is highly valued for its strength and adaptability in manufacturing and construction settings. MS I-beams are frequently utilized in construction to give buildings and other structures structural support.

Versatile Structural Solution

MS I-Beams are meticulously designed for robustness and stability, making them ideal for supporting significant loads in construction and industrial projects. Their distinct 'I' or 'H' profile ensures balanced strength distribution while minimizing material usage, which offers both structural integrity and cost efficiency. With a variety of customizable sizes and finishes, they fit a wide range of architectural and mechanical uses for developers and contractors.

Reliable Durability and Performance

Engineered to meet or exceed major industry standards, our MS I-Beams demonstrate outstanding tensile and yield strengths. These beams are favored for their durability, exceptional weldability for ease of fabrication, and adaptability in different climatic conditions. Corrosion resistance is inherent but can be further improved through specialized surface treatments, extending service life even in challenging environments.

FAQ's of MS I-Beam:

Q: How are MS I-Beams commonly installed in construction projects?

A: MS I-Beams are installed using welded or bolted connections, depending on site specifications and structural requirements. Installation methods allow for secure integration into structural frameworks, ensuring safe load transfer and stability in construction and industrial settings.

Q: What applications are suitable for MS I-Beams?

A: These beams are typically used in structural frameworks, construction of buildings, heavy machinery bases, bridges, and other industrial infrastructures requiring high load-bearing capacity and durable support.

Q: When should a corrosion-resistant finish be selected for MS I-Beams?

A: A corrosion-resistant finish, such as painting or galvanization, is recommended when beams will be exposed to moisture, chemicals, or outdoor environments to extend their service life and maintain structural performance.

Q: Where are the MS I-Beams sourced and manufactured?

A: MS I-Beams are sourced and manufactured in India, following industry specifications like IS 2062 and ASTM A36 or their equivalents, ensuring quality and reliability for local and international projects.

Q: What is the process for customizing MS I-Beams for specific requirements?

A: Customization involves specifying the desired section size, thickness, length (within 6-12 meters or as required), surface treatment, and finish. These parameters are finalized with the manufacturer to produce beams suited to the exact needs of each project.

Q: What are the main benefits of using MS I-Beams in structural engineering?

A: Key benefits include high load-bearing strength, ease of welding and fabrication, longevity, and reliable performance even in demanding environments. Their versatile shape enables architects and engineers to optimize designs for stability and material efficiency.

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