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MS Channel

Mild Steel (MS) channels stand as indispensable components in the realm of construction and engineering, offering pivotal structural support and unmatched versatility. Renowned for their exceptional strength, durability, and cost-effectiveness, MS channels, alternatively known as MS C-channels or U-channels, find widespread use across diverse applications.

The moderate carbon content of MS channels renders them adaptable to a range of uses, including cutting, framing, welding, and machining. Notably, their remarkable load-bearing capacity sets them apart. Whether you're constructing a residential building, an industrial facility, or require structural support in any engineering project, our MS Channels offer a dependable solution.

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Key Features:

The popularity of MS channels can be attributed to several advantages that make them an attractive choice across industries:

Strength and Durability:

MS channels are celebrated for their robustness, capable of withstanding heavy loads while providing persistent structural stability. This attribute makes them invaluable in various construction projects.

Cost-effectiveness:

Mild steel, the primary component of MS channels, is known for its affordability compared to alternative materials. This cost-effectiveness positions MS channels as a practical choice for a myriad of projects.

Versatility:

Available in a diverse range of sizes, lengths, and configurations, MS channels offer unparalleled versatility in design and application. Their adaptability allows for easy cutting, welding, or modification to meet specific project requirements.

Convenient Fabrication:

The malleability of mild steel facilitates easy fabrication and customization of MS channels. This characteristic enables shaping and forming into desired configurations without compromising structural integrity.

Corrosion Resistance:

MS channels can be coated or treated to enhance their corrosion resistance. This feature ensures their longevity and suitability for outdoor applications, contributing to their reliability in various environments.

Allows Carburizing:

An intriguing capability of MS channels is their amenability to carburizing. This heat treatment process liberates carbon in the steel composition, resulting in a surface that remains hard while the core retains strength but remains soft. This enhances the channel's overall strength and longevity.

Recyclability:

The magnetic properties of MS channels make them easily recoverable from unsorted waste. The convenience of retrieving scrapped MS channels is vital in the manufacturing of fresh batches, aligning with sustainable practices.

 

Applications:

The myriad advantages of MS channels make them indispensable raw materials across various industries. Their extensive applications span multiple sectors:

1. Structural Support:

A primary application of MS channels lies in providing structural support in construction projects. Widely used in building frames, including residential, commercial, and industrial structures, MS channels contribute to the stability and strength of walls.

2. Roofing and Flooring Systems:

MS channels play a vital role in roofing and flooring systems, serving as purlins or joists to support decking materials. Their sturdiness and durability distribute weight evenly, preventing sagging or structural damage.

3. Racks and Shelves:

Extensively used in the fabrication of storage racks, shelves, and warehouse systems, MS channels provide strength and stability for the safe storage of heavy objects. They efficiently organize materials, equipment, and products in industries such as warehousing, logistics, and retail.

4. Material Handling Equipment:

MS channels are crucial components in the construction of material-handling equipment, including conveyors, cranes, and trailers. Serving as structural elements, they support moving parts and carry heavy loads, contributing to the efficiency of these systems.

5. Vehicle and Machinery Frames:

Manufacturers of vehicle frames, machinery structures, and agricultural equipment commonly employ MS channels. Their robust framework withstands the vibrations, shocks, and stress associated with operating vehicles and machinery.

6. Support Structures in Bridges:

MS channels play an indispensable role in the construction of bridges, serving as support structures such as bridge piers and abutments. Their strength is crucial in ensuring the stability and durability of bridges, allowing for safe transportation.

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Quality Assurance:

Our commitment to quality is unwavering. Jagdamba Steel's MS Channels are manufactured to meet industry standards and undergo rigorous quality control measures to ensure consistent quality and reliability. We take pride in delivering products that meet the highest standards of durability and performance.

 

MS Channels Size Chart:

Understanding the dimensions and weight of MS channels is imperative for selecting the appropriate channel for specific requirements. We provide comprehensive size and weight charts, aiding in precise decision-making. 

MS Channel

Size(mm)

Tolerance on Depth ± 2.5 mm

Tolerance on Flange ± 2 mm

Flange Thickness

 Web Thickness Weight Kg/ Mtr Tolerance ± 2.5%

ISMC75

 75 mm 40 mm 7.50 mm 4.80 mm 7.140

ISMC100

 100 mm 50 mm 7.70 mm 5.00 mm 9.560

LC75

 75 mm 40 mm 6.00 mm 3.70 mm 5.700

LC100

 100 mm 50 mm 6.40 mm 4.00 mm 7.900

ISMC125

 125 mm 65 mm 8.20 mm 5.30 mm 13.100

ISMC150

 150 mm 75 mm 9.00 mm 5.70 mm 16.800

ISMC175

 175 mm 75 mm 10.20 mm 6.00 mm 19.600

ISMC200

 200 mm 75 mm 11.40 mm 6.20 mm 22.300

MS Channel

Size(mm)

Tolerance on Depth ± 3 mm

Tolerance on Flange ± 2 mm

Flange Thickness

 Web Thickness Weight Kg/ Mtr Tolerance ± 2.5%

ISMC225

 225 mm 80 mm 12.40 mm 6.50 mm 26.100

ISMC250

 250 mm 80 mm 14.10 mm 7.20 mm 30.600

ISMC300

 300 mm 90 mm 13.60 mm 7.80 mm 36.300

ISMC350

 350 mm 100 mm 13.50 mm 8.30 mm 42.700

ISMC400

 100 mm 100 mm 15.30 mm 8.8 mm 50.100

Physical Properties

Ultimate Tensile
N/mm2		 Yield stress
N/mm2		 Elongation
%
410 N/mm2 250 N/mm2 23

Chemical Properties

Carbon (C) % Sulphur (S) % Phosphorus (P) % Silicon (Si) % Carbon Equivalent (CE) %
0.23% 0.05% 0.05% 0.40% 0.42