Coke & Carbon
Nine products, one raw material logic: carbon, sized and treated for a specific furnace.
A blast furnace needs lump coke strong enough to hold the burden above it. An aluminium smelter needs calcined coke's conductivity. An EAF needs a carbon raiser that dissolves fast and clean. Same element, nine different jobs, and we source and grade against the job.
Pet Coke
High-carbon refinery residue, ready for fuel or calcination.
Calcined Petroleum Coke
CPC for aluminium anodes and graphite electrodes.
Met Coke / Breeze Coke
Metallurgical coke for the blast furnace and the cupola.
LAM Coke
Low-ash metallurgical coke for sponge iron and mini blast furnaces.
Charge Coke / Charge Carbon
Sized furnace-charge coke for ferro-alloy and cupola operations.
Injection Coke / Injection Carbon
Pulverised carbon for PCI and EAF recarburising.
Briquetted Coke
Coke fines reclaimed into furnace-ready briquettes.
Bio Coke / White Coke
Biomass-derived fuel carbon for lower-emission firing.
Carbon Raiser
High-carbon recarburizer for EAF, IF and cupola melting.
Reading a coke spec
Fixed carbon, ash, sulphur and sizing don't move together. A high fixed-carbon product can still be the wrong choice for a furnace built around a specific ash ceiling or a tight sizing band, so we quote against the number that actually constrains the buyer's process.
Industries these products serve
- Cement
- Power generation
- Steel (via calcination route)
- Aluminium smelting
- Graphite electrode / steel
- Foundries
- Iron & steel
- Sinter plants
- Sponge iron / DRI producers
- Mini blast furnace steel plants
- Ferro-alloys
- Ferro-alloy production
- Sponge iron plants
- Integrated steel plants
- EAF / IF steelmakers
- Ferro-alloy
- Sponge iron
- Textile & process boilers
- Brick manufacturing
- Steel & iron foundries
- EAF / IF mini-mills
