Hot Melting Steel Billets Manufacturing Processing
Continuous Casting Plant Range

MS Billets

MS Billets Main Frame
Solidified Hot Casting

Product Description

MS Billets are semi-finished casting products produced in a steel mill that need to be further processed to transform them into finished goods. A billet is typically cast to a rectangular or square cross-section compatible with secondary processing. Billets are created directly via continuous casting or extrusion, or indirectly via hot rolling an ingot or bloom. Our billets are extensively used as structural raw material.

Core Structural Features

Our mild steel billets are crafted using rigid material identity configurations. They are fully optimized for continuous cold sawable performance and secondary rolling mill stress adjustments.

Malleability
High Tensile Strength
Excellent Weldability
Structural Stability
Steel Billets Structural Features
Industrial Applications of Billets

Versatile Applications

Extensively trusted across primary re-rolling setups and commercial manufacturing yards to construct premium end-use heavy profiles.

Re-rolling Mills
Forging Operations
Ring Rolling
Up-setting Plants
Structural Steel Profiles
Construction Rods
Engineering Components
Machinery Manufacturing
Heavy Infrastructure

Technical Advantages

1Produced directly via continuous casting or extrusion, making them exceptionally uniform structural raw materials.
2Free from surface defects, internal cracks, and sharp edges with smooth ends without burrs.
3Hard stamped with Heat Number, Grade, Size, and Weight for transparent industrial asset tracking.
MS Billets Technical Advantages

Product Specification

Usage / Application
Construction, Re-rolling, Forging, Industrial Engineering
Material
Mild Steel
Available Sizes
100x100 sq.mm, 125x125 sq.mm, 160x160 sq.mm
Surface Finish
Spot Ground or Fully Ground Surface as per requirement

Conclusion

In conclusion, mild steel billets serve as an invaluable foundation for secondary re-rolling and forging applications. Their pristine dimensional consistency and robust mechanical specifications ensure optimized scalability and maximum endurance across structural outputs.

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