Products

Steel Products

  • STEEL BILLET
  • REBAR / DEBAR
  • WIRE ROD
  • HOT ROLLED COIL (HRC)
  • COLD ROLLED COIL (CRC)

Pig Irons - Material Details

FOUNDRY PIG IRON

HEMATITE PIG IRON[also known as FOUNDRY PIG IRON] is used mainly in the manufacture of grey iron castings in cupola or induction furnaces

C Si Mn P S
L1 3.50-4.50 % 3.20-3.60 % 0.40-0.80 % 0.08 % max 0.04 % max
L2 3.50-4.50 % 2.80-3.20 % 0.40-0.80 % 0.08 % max 0.04 % max
L3 3.50-4.50 % 2.40-2.80 % 0.40-0.80 % 0.08 % max 0.04 % max
L4 3.50-4.50 % 2.00-2.40 % 0.40-0.80 % 0.08 % max 0.04 % max
L5 3.50-4.50 % 1.60-2.00 % 0.40-0.80 % 0.08 % max 0.04 % max
L6 3.50-4.50 % 1.20-1.60 % 0.40-0.80 % 0.08 % max 0.04 % max
L5 – L6 Low Mn 3.50-4.50 % 1.00-2.00 % 0.099 % max 0.08 % max 0.04 % max
SIZE 10-12 kg ingots without notches
PACKING Bulk

BASIC PIG IRON

BASIC PIG IRON, used mainly in electric arc steelmaking

 

 Basic Pig Iron C Si Mn P S
LowMn 3.50-4.50 % 1.20 % max 0.099 % max 0.08 % max 0.05% max
PL1 / PL2 3.50-4.50 % 0.6-1.20 % 0.40-0.80 % 0.08 % max 0.05% max
SIZE 10-18 kg ingots without notches
PACKING Bulk

NODULAR PIG IRON

NODULAR PIG IRON, used in the manufacture of ductile [also known as nodular or spheroidal graphite – SG] iron castings.

 Nodular Pig Iron C Si Mn P S
NODULAR 3.50-4.50 % 1.0 % max 0.05 % max 0.05 % max 0.015 % max
NODULAR HP 3.50-4.50 % 1.0 % max 0.04 % max 0.04 % max 0.010 % max
SIZE 10-12 kg ingots without notches
PACKING Bulk
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Ferro Alloys - Material Details

Ferro Silicon

Ferro Silicon is a universal “heat-blocker” used in the production of carbon and stainless steels. This additive is used with other ferro alloys in the deoxidising process of steel, as well as in the production of silicon itself. It is also used in the production of cast iron, as it can accelerate graphitisation. Ferro Silicon replaces the need for ferro manganese, spiegeleisen and calcium silicides in the manufacturing process.

Si Al C P S
FeSi 45 % 45 % min 2.00 % max 0.20 % max 0.03% max 0.02 % max
FeSi 65 % 65 % min 1.50 % max 0.15 % max 0.03% max 0.02 % max
FeSi 75 % 75 % min 1.50 % max 0.15 % max 0.03% max 0.02 % max
FeSi 75 %
Low Al		 75 % min 1.00 % max 0.05 % max 0.03% max 0.02 % max
FeSi 75 %
High Purity		 75 % min 0.10 % max 0.03 % max 0.03% max 0.02 % max
SIZE 1-3 mm / 3-10 mm / 10-50 mm / 10-100 mm
PACKING Bulk or 1 mt big-bag

Ferro Manganese

Ferro-manganese is used mainly in the steel industry for hardening and desulphurisation of steel and as a deoxidizer, making the slag more fluid.

Mn C Si P S
FeMn HC 75 % min 6-8 % 1.50 % max 0.25 % max 0.03 % max
FeMn HC
Low P		 76/78 % min 6-8 % 1.50 % max 0.10 % max 0.03 % max
FeMn MC 80 % min 1.50 % max 1.50 % max 0.20 % max 0.03 % max
FeMn LC 80 % min 0.50 % max 0.50 % max 0.025 % max 0.03 % max
SIZE 1-3 mm / 3-10 mm / 10-50 mm / 10-100 mm
PACKING Bulk or 1 mt big-bag

Ferro Silico Manganese

Ferro Silico Manganese is used as a deoxidizer and an alloying element in steel. It can be used as a substitute for Ferro Silicon and Ferro Manganese when added to make different types of steel.

Mn Si C P S
FeSiMn 6014 60 % min 14 % min 2.0 % max 0.30 % max 0.05 % max
FeSiMn 6517 65 % min 17 % min 2.0 % max 0.30 % max 0.03 % max
FeSiMn 7018 70 % min 17 % min 2.0 % max 0.30/0.50 % max 0.03 % max
SIZE 10-50 mm / 10-80 mm
PACKING Bulk or 1 mt big-bag

Ferro Silico Magnesium

Ferro Silicon Magnesium is one of the best  nodularizers  due to its low levels of magnesium oxide and high nodularization . This material is used to modify the graphite flakes in the iron making process.

 Ferro Silico Magnesium Mg Si Ca TRE La Al
FeSiMg 5.50–6.50 % 43.0–48.0 % 0.80–1.20 % 0.80–1.20 % 0.40-0.80 %
FeSiMgMCa 5.50–6.50 % 43.0–48.0 % 1.80–2.00 % 0.80–1.20 % 0.40-0.80 %
FeSiMgHMg 8.00–10.00 % 43.0–48.0 % 0.80–1.20 % 0.80–1.20 % 0.40-0.80 %
FeSiMgLa 5.50–6.50 % 43.0–48.0 % 0.80–1.20 % 0.35–0.45 % 0.40-0.80 %
SIZE 1-10mm / 2-20 mm / 3-25 mm / 6-30 mm and as percustomersrequirements
PACKING appr. 1mtbig-bag

FLUXES

  • Calcium Aluminate
  • Flourspar

ALUMINUM WIRE

  • Application : Injection through wire feeding.
  • Used in the Ladle Furnace for deoxidization of the liquid steel: To achieve lower oxygen levels.
  • Chemical Analysis : 99.5% Al.
  • Coil Dimension :
  • Wire diameters : Between 12 to 13 mm..
  • Pay of Reels : Up to 2.0 tons.
  • Packaging : Caged in steel pallets as per sketch below, secured with steel strap and shrink wrapped with heavy duty plastic (suitable for sea transportation).

ALUMINIUM CAST GRANULATES

  • Application : Deoxidization of Liquid Steel during EAF Tapping
  • Specification :
    • Al - 98% minimum
    • Cu - 0.5% maximum
    • Zn - 0.5% maximum
    • Fe - 3% maximum
    • Mg - 1% maximum
    • Si - 1% maximum
    • Mn - 0.5% maximum
    • Sn - 0.3% maximum
    • Restl.je - 0.2% maximum
  • Size : 16 – 55mm diameter. No fines, no damp material.
  • Bulk density : 1.5 T/M3

Noble Alloys - Material Details

FERRO CHROME

  • Application : FURNACE / LADLE ADDITION
  • Specification :
    • Cr : 63% min.
    • C : 0.25% max.
  • Size : 10 - 50 mm no fines, no damp material.
  • Packing : 1 Ton bulk bags on a pallet with 4 loops on the top and bottom discharge chute.

FERRO NIOBIUM

  • Application : FURNACE / LADLE ADDITION / VD ADDETIONS
  • Specification :
    • Nb : 63-68.5%
    • Al : 2.00% max.
    • Si : 1.50% max.
    • Ta : 0.20% max.
    • P : 0.20% max.
    • S : 0.10% max.
    • C : 0.20% max.
    • Cr : 0.30% max.
    • Cu : 0.15% max.
    • Pb : 0.02% max.
    • Sn : 0.05% max.
    • Mo : 0.75% max.
    • Ti : 0.15% max.
    • N : 0.20% max.
  • Size : 20 - 50mm > 50 mm 0%
    20 - 50mm 90% min.
    < 10 mm Non.
  • Packing : 250 Kg seaworthy steel drum on a pallets 4 drums per pallets.

FERRO PHOSPHOROUS

Ferro phosphorus is used mainly as the additives in the foundry industry to improve the floatability of foundry iron, thus improving the quality of the castings. Phosphorus content can increase the wearing resistance and improve the cutability in the castings. Ferro phosphorus also used as the additive in the steel production, which can improve the corrosion resistivity in certain steel products.

P Si C S Cu V
FeP 23-28 % 1-2 % 0.1 % max 0.01 % max 0.5 % max 0.5 % max
SIZE 10-50 mm / 10-100 mm
PACKING 1 mt big-bag

Cored Wire - Material Details

CALCIUM SILICIDE CORED WIRE

  • Application : Wire feeding for metallurgical treatment of liquid steel.
  • Type:
    1. Chemical composition of powder:
      • Ca - 28-32%
      • Si - 58-62%
      • Al - 1.6% max.
      • C - 1.0% max.
      • P - 0.05% max.
      • S - 0.04% max.
      • Fe - Balance
    2. Wire:
      • Powder content - 210 to 220 g/m
      • Diameter - 13mm
      • Wall thickness - 0.35 to 0.40mm
    3. Coil Description:
      • Max. coil outside diameter - 1400mm
      • Min. coil inside diameter - 500mm
      • Absolute max. coil height - 850mm
      • Max. coil weight - 2000 kg
      • Wire length - 5000 ± 500m
      • Coil type - internal pay off from coil with horizontal axle.
  • Packaging : Caged in steel pallets as per sketch below, secured with steel strap and shrink wrapped with heavy duty plastic (suitable for sea transportation).
  • See the picture below for the dimensions (in mm) of steel pallet:

Refractories - Material Details

EBT Filler

  • Application : Once the electric arc furnaces are tapped , their EBT is filled with a granular refractory material to act as a stopper, to prevent the discharge of molten metal through the taphole during the melting process. The taphole diameter is 180mm and gap between the flap and the End Brick is 6-8mm. The temperature limit for application is 1700°C.
  • Chemical analysis (typical): Olivine based
    • MgO - 40 - 50%
    • SiO2 - 44% max.
    • Fe2O3 - 5.5 - 8.5%
    • Cr2O3 - 0.1 - 1.0%
    • Al2O3 - 0.1 - 1.0%
    • MnO - 0.1 - 1.0%
    • CaO - 0.1 - 1.0%
    • Free moisture- 0.5% max.
  • Size : 2 to 6mm.
  • Packing : 1.5 Tones big bags protected all sides with tri-ply cardboard open able from bottom and shrink-wrapped on pallets.

EBT Taphole Filler

  • Application : Once the electric arc furnaces are tapped , their EBT is filled with a granular refractory material to act as a stopper, to prevent the discharge of molten metal through the taphole during the melting process. The taphole diameter is 180mm and gap between the flap and the End Brick is 6-8mm.
  • Chemical analysis (typical): Olivine based
    • MgO - 40 - 50%
    • SiO2 - 44% max.
    • Fe2O3 - 5.5 - 8.5%
    • Cr2O3 - 0.1 - 1.0%
    • Al2O3 - 0.1 - 1.0%
    • MnO - 0.1 - 1.0%
    • CaO - 0.1 - 1.0%
    • Free moisture- 0.5% max.
  • Size : 2 to 6mm.
  • Packing : 20kg double ply paper bag, with inner plastic lining, on a wooden pallet, shrink wrapped.

Carbon Products - Material Details

Anthracite Grains Size 2 to 6 mm

  • Application: Injection into the E.A.F for slag foaming.
  • Chemical:
    • Carbon - 85.0% Min.
    • Ash - 6.0% to 10.05 Max.
    • Moisture - 3.0% Max.
    • Sulphur - 1.0% Max.
    • Volatile - 3.5% Max.
    • Calorific Value - Approximately 32,700 KJ/kg (typical)
    • Nitrogen - 2.0% Max.
  • Physical : Grain size
    • 2mm to 6mm
    • Below 2mm→ 10% max.
    • Over 6mm→ 10% max.
    • Over 8mm→ nil
  • Packing : Loose in bulk

Anthracite Grains Size 15 to 30 mm

  • Application: Bulk addition in the basket and in the ladles during tapping of EAF.
  • Chemical Analysis:
    • Carbon - 80.0 % Typical
    • Ash - 3.0 to 7.0 % Max.
    • Moisture - 5.0 % Max.
    • Sulphur - 1.0 % Max.
    • Volatile - 7.0 to 9.0 % Max.
    • Calorific value - Approx. 32,700 KJ/kg (typical)
  • Physical : Grain size
    • 15 mm to 35 mm
    • Below 15 mm→ 20% max.
    • Above 35 mm→ 10% max.
  • Packing : Loose in bulk

Calcined Carbon Additive 0.2 to 2mm

  • Application : EAF, Furnace addition for Slag Foaming.
  • Chemical :
    • Fixed Carbon - 85% minimum
    • Ash - <7%
    • Moisture - < 2.5%
    • Sulphur - < 0.5%
    • Volatile Matter - < 2.5%
    • Nitrogen - < 1%
  • Physical : Grain size
    • 1.0 – 3.0mm
    • Below 1.0mm - 10% max.
    • Over 3.0mm - 10% max.
    • Over 4.0mm - Nil
  • Packing : If shipped by container 900 Kg. bulk bags with 4 loops on the top. Bags must be on wooden pallet base to facilitate handling. If shipped by break bulk 900 Kg. bulk bags with 4 loops on the top.

Slag Making - Material Details

Dololime 0 mm - 10 mm

  • Application : Used in the Electric Arc Furnace injection system as a flux for slag formation.
  • Typical analysis :
    • CaO + MgO 92.0% minimum
    • MgO 36.0% minimum
    • SiO2 + Al2O3 4.0% maximum
    • Fe2O3 3.0% maximum
    • L.O.I. 3.0% maximum
  • Size : 0 to 10 mm

Dololime 8 mm - 50 mm

  • Application : Used in the electric arc furnaces as a flux for slag formation.
  • Typical analysis :
    • CaO + MgO 92.0% minimum
    • MgO 36.0% minimum
    • SiO2 + Al2O3 4.0% maximum
    • Fe2O3 1.0% maximum
    • L.O.I. 1.5% maximum
  • Size : 8 to 50 mm

Flour SparMSP13268

  • Application : FURNACE / LADLE ADDITION
  • Specification :
    • CAF 2 : 76 – 85%
    • CaCO3 : 17%
  • Size : 10 – 30 mm
  • Packing : 2 Tons bulk bags on a pallet with 4 loops on the top and bottom discharge chute.

Synthetic Slag

  • Application : Synthetic slag conditioner based on calcium-aluminate for the application in the secondary metallurgy.
  • Specification : Prefused calcium aluminate ( Low melting point )
  • Chemical Composition:
    • Al2O3 : 55-70%
    • CaO : 30% max.
    • SiO2 : 5% max.
    • MgO : 10% max.
  • Physical Value : size 1 - 10 mm
  • Packing : In big bags. if CaO content > 5.0% special sealing against dehydration required.

Slag Conditioning

  • MgO For Slag Conditioning
    • MgO : 88 % Min
    • CaO : 6 % Max
    • SiO2 : 4 % Max
    • Al2O3 : 1 % Max
    • LOI : 3.0 % Max


  • Size 0 – 10 mm and can be classified upon request.

Electrodes - Material Details

Electrode Graphite For EAF

  • Application: LADLE FURNACE
    The capacity of the ladle is 150 tonnes with a diameter of 3.6 meters requiring a power supply of 25 MVA. Current average 34 KA to max. 38 KA.
  • Specification:
    • Type : Premium grade
    • Size : Normal Diameters 406mm + 3mm
    • Size : Length 1.8 meters + 50mm
    • Nipples : Standard 222T4 L
      To IEC 60239 (1997)
      All long nipple with dia. X length: 222.25 X 355.60mm.
      One nipple to preset into electrode section before shipping.
  • Packing: Our experience has proved that special attention must be made to Packing in particular the bottom runner. Standard export packing may not be sufficient. There must be substantial wooden protection with very good jointing. Steel straps must be very tightly banded. Full details of supplier’s proposed packing must be supplied with the offer including drawings and/or photographs.

    Socket and nipples should be covered by thermo cool to protect them from possible damages during the handling.
  • Marking: In addition to the standard shipping marks, each electrode must be identified on the body with manufacturer name, Serial number and Net Wt. A table containing the same information must be firmly stack in the nipple recess.

Electrode Graphite For LF

  • Application: LADLE FURNACE

    The capacity of the ladle is 150 tonnes with a diameter of 3.6 meters requiring a power supply of 25 MVA. Current average 34 KA to max. 38 KA.
  • Specification:
    • Type : Premium grade
    • Size : Normal Diameters 406mm + 3mm
    • Size : Length 1.8 meters + 50mm
    • Nipples : Standard 222T4 L
      To IEC 60239 (1997)
      All long nipple with dia. X length: 222.25 X 355.60mm.
      One nipple to preset into electrode section before shipping.
  • Packing: Our experience has proved that special attention must be made to Packing in particular the bottom runner. Standard export packing may not be sufficient. There must be substantial wooden protection with very good jointing. Steel straps must be very tightly banded. Full details of supplier’s proposed packing must be supplied with the offer including drawings and/or photographs.

    Socket and nipples should be covered by thermo cool to protect them from possible damages during the handling.
  • Marking: In addition to the standard shipping marks, each electrode must be identified on the body with manufacturer name, Serial number and Net Wt. A table containing the same information must be firmly stack in the nipple recess.

HBI - Hot Briquetted Iron

Hot Briquetted Iron Details

Hot Briquetted Iron (HBI) is a premium form of Direct Reduced Iron (DRI)* that has been compacted at a temperature greater than 650° C at time of compaction and has a density greater than 5000 kilograms per cubic meter (5000 kg/m3).

*DRI is a metallic material produced from iron oxide fines or iron oxide pellets and/or lump ores that have been reduced (oxygen removed) without reaching the melting point of iron. Listed by IMO as: Direct Reduced Iron (A) Briquettes, hot-moulded

International Maritime Solid Bulk Cargoes (IMSBC) Code, which on 1 January 2011 supersedes the Code of Safe Practice for Solid Bulk Cargoes (BC Code), 1994 Edition Description of HBI: HBI is a premium quality, high density steel industry raw material containing 90-94% total iron (Fe) in a nearly pure form, which is used in Electric Arc Furnace (EAF) and Basic Oxygen Furnace (BOF) steelmaking, Blast Furnace (BF) ironmaking, and foundry applications.

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