East Steel Co. Ind LLC

Steel Billets

Name: Steel Billets
Brand: East Steel

Production capacity of 100,000 metric tonnes per year.

Certified billet production

Current approvals include MoIAT / ECAS conformity for billets, CARES digital traceability and CARES quality management coverage.

MoIAT ECAS - Billets CARES Digital Product Passport CARES Quality Management System

Billet Manufacturing

High-quality billets for demanding applications

The billet plant was installed in 2010 as a modern industrial unit equipped with induction furnaces, continuous casting and hot direct rolling capabilities.

East Steel produces billets meeting international requirements in a wide range of chemical compositions and sizes that can be customized to customer requirements.

Steel billets stored inside the production facility

Manufacturing Process

From scrap preparation to finished billet

Charging

Steel scrap is inspected, prepared and charged into the induction furnace.

Melting

Scrap is melted and chemical properties are controlled to the required specification.

Continuous Casting

Refined liquid steel is solidified into billet form through continuous casting.

Transfer or Storage

Billets are transferred for hot direct rolling or stored in the billet yard.

Product Specification

Billet specifications and grades

Detailed product standards, chemical composition, dimensional range and physical parameters.

Standards

Specifications and grades

Standard	Application
ASTM A615/A615M:2020	Structural, concrete reinforcement and general use
BS 4449:2005+A3:2016	Structural, concrete reinforcement and general use
KWS GSO ISO 6935-2:2019	Structural, concrete reinforcement and general use

Steel Chemistry

Chemical composition % (maximum)

Billet Size (mm)	C	Si	Mn	P	S
100 × 100	0.40	0.45	1.50	0.05	0.05
125 × 125	0.40	0.45	1.50	0.05	0.05
130 × 130	0.40	0.45	1.50	0.05	0.05

Carbon Equivalent (CE): CE = C + Mn/6 + (Cr + Mo + V)/5 + (Cu + Ni)/15. Other chemical compositions may be available; please contact Sales & Marketing.

Dimensions

Size range

Cross Section	Weight / Meter	Length
100 mm × 100 mm	78 kg/m	3-6 m (0 / +100 mm)
125 mm × 125 mm	122 kg/m	3-6 m (0 / +100 mm)
130 mm × 130 mm	132 kg/m	3-6 m (0 / +100 mm)

Dimensional Control

Physical parameters

Parameter	Requirement
Side Dimension Tolerance	±3%
Rhomboidity	5% maximum
Diagonal Difference	≤10 mm
Corner Radius	4 mm maximum
Camber (Bend)	≤5 mm/m to 50 mm maximum
Angular Twist	≤1°/m to 6° maximum
Cutting Length	0 / +100 mm
Cutting Method	Both ends flame cut
Identification	Heat number punched or handwritten on the cut face of each billet

Surface and internal quality

Billets are required to be free from harmful surface and internal defects that could adversely affect the final product, including cracks, scum, scabs, pinholes, blowholes, pipes and deep oscillation marks.

Customer Value

Flexible product and supply support

Customized billet dimensions and grades
Consistent quality and chemical composition control
Traceability through heat-number identification
Supply planning for internal rolling and external customers

Billet Capability

Control, flexibility and traceability

Steel scrap charging preparation — **Raw Material Preparation**Selected ferrous feedstock prepared for controlled steelmaking.

Hot steel casting and billet production — **Continuous Casting**Controlled molten-steel transfer supports consistent billet output.

100K

Production capacity

Up to 100,000 metric tonnes per year, with dimensions and grades aligned to production and customer requirements.