Village Raowali, Pathankot Road, Jalandhar, Punjab 144012
CIN: U27204PB1992PTC012798 ISO 9001:2015 CERTIFIED

Manufacturing & Plant Facilities

Plant Infrastructure

Induction Melting & Clean Steel Refining

The heart of our production at Village Raowali comprises medium-frequency induction melting furnaces configured for rapid, energy-efficient meltdown of prime segregated scrap and high-purity ferroalloys.

Unlike conventional cupolas, our electric induction melting eliminates carbon pick-up and fuel sulphur contamination. Electro-magnetic bath stirring guarantees homogeneous alloy dissolution, optimal thermal distribution, and precise slag separation before tapping.

Key Melting Highlights:

  • • Argon gas bottom rinsing to float out non-metallic micro-inclusions
  • • Rapid optical spectrometer feedback within 3 minutes of molten bath sampling
  • • Ladle pre-heating to prevent thermal shock and refractory erosion
Induction Melting Furnace in Operation
Molten Steel Tapping and Ladle Pouring
Process Methodology

10-Step Controlled Casting Flow

Every batch of steel undergoes rigorous stage-gate tracking to preserve structural homogeneity and metallurgical purity.

10-Step Steel Casting Process Diagram Click to Enlarge Full Flowchart

Official 10-Step Steel Casting Flowchart

Click above to inspect the complete engineering flowsheet in high resolution

01

Scrap Selection & Grading

Rigorous chemical sorting of scrap charges, ensuring free from galvanized, tin, or unwanted tramp materials.

02

Induction Furnace Meltdown

Clean electric induction heating with programmed power curve to prevent oxidation and nitrogen absorption.

03

Deoxidation & Slag Management

Calibrated additions of metallic deoxidizers (Al, FeSi) and synthetic flux to trap impurities into disposable slag.

04

Argon Gas Purging

Bottom-bubbling high purity argon through porous plug to homogenize bath chemistry, temperature, and float non-metallics.

05

Spectrographic Bath Analysis

Coin sample spark analysis on SPECTROMAXx spectrometer; melt is only cleared for tapping once all element limits pass.

06

Casting into Molds / CCM

Smooth stream teemed into dressed molds with insulating hot tops, preventing piping defects and shrinkage cavities.

07

Controlled Solidification

Gradual cooling kinetics to ensure fine, equiaxed central crystal growth and avoid internal thermal stress cracks.

08

Stripping & Surface Inspection

Ingots stripped, visual inspection for seams, laps, cold shuts, or surface pinholes, followed by head cropping.

09

Reheating & Rolling Preparation

Ingots transferred to walking-beam / pusher reheating furnaces for rolling into bars, flats, and sections at KJSRM.

10

Final QA & Traceable Dispatch

Heat number hard-stamping, color-code marking, Mill Test Certificate generation, and crane loading onto trucks.

Downstream Rolling

KJSRM Rolling Mill Layout

Established in 2004, our integrated rolling mill division allows us to convert cast ingots and billets into precision hot-rolled rounds, squares, flats, and profile sections under controlled finishing temperatures.

Equipped with multi-stand roughing and continuous finishing trains, flying shears, and cooling beds, the rolling unit ensures uniform grain refinement and minimal decarburization.

KJSRM Rolling Mill Flowsheet Click to Enlarge Rolling Flowsheet

KJSRM Rolling Mill Layout

Click to examine high-resolution rolling plant diagram

Government Environmental Clearance Order View Official Clearance

MoEFCC Environmental Clearance Order

EC Identification No: EC23A1010PB5892517N

Statutory Compliance

MoEFCC Environmental Clearance (98,000 TPA)

BHAWANI SHANKAR CASTINGS PRIVATE LIMITED operates with full statutory compliance under the Ministry of Environment, Forest and Climate Change (MoEFCC), Government of India.

Under official Clearance Order EC23A1010PB5892517N, our plant is formally authorized to expand manufacturing capacity from 29,700 TPA to 98,000 TPA of steel ingots/billets through modernized induction melting furnaces, bag filters, and fume extraction systems.

This approval underscores our commitment to sustainable industrial growth, low specific carbon emissions, and strict ambient air quality norms.