HBI

HBI is produced by compressing DRI into briquettes while it’s still hot from the reduction furnace. This process significantly increases density and improves the stability of the final product, making HBI easier to transport, store, and charge into an electric arc furnace (EAF) or other steelmaking setups.

High Iron Content: Typically contains Fe content of 90% or more.

Low Impurities: Minimal levels of sulfur, phosphorus, and other tramp elements that can affect steel quality.

Safer Handling: Hot briquetting mitigates the tendency for DRI to re-oxidize, reducing the risk of spontaneous combustion.

Enhanced Steel Quality

With reduced impurities, HBI helps produce superior-grade steel with improved strength, ductility, and corrosion resistance.

Operational Efficiency

Its high density and uniform shape facilitate smoother furnace operations and optimize energy consumption, leading to faster melt times.

Lower Carbon Footprint

Compared to traditional ironmaking methods, using HBI can contribute to reduced CO₂ emissions, aiding in cleaner, more sustainable production.

Reduced Material Loss

Because HBI is denser than standard DRI pellets, fewer fines are generated during transport and storage, minimizing waste and material handling costs.

Electric Arc Furnace (EAF) Steelmaking Ideal for replacing or supplementing scrap metal charges in EAFs, resulting in higher-grade steel and more predictable melt conditions.

Integrated Steel Plants Can be used in blast furnaces or basic oxygen furnaces (BOFs) to enhance productivity and reduce reliance on volatile scrap markets.

Specialty Alloys and Foundries Its low impurity profile makes HBI an excellent choice for manufacturing high-purity alloys, stainless steels, and specialized castings.