Binder-Free
Eliminates costly binders and the contamination they can introduce into metallurgical processes.
Compressed Induction Technology
A cleaner way to turn fine metal dust into solid, furnace-ready pellets — without binders and with less energy.
How It Works
Our process combines mechanical compression with targeted induction heating to agglomerate metal dusts into durable pellets.
Traditional pelletizing often relies on cement, lime or other binders and energy-intensive sintering. Compressed induction technology avoids these drawbacks by using pressure to form the pellet and induction energy to generate localized heat, activating surface oxides and promoting solid-state bonding.
The result is a high-density pellet with good metallurgical properties, ready for reuse in forging, sintering and electric steelmaking.
Compression + induction heating
The Process Flow
From dusty residue to furnace-ready pellet in six controlled steps.
1
Collection
Metal dust is gathered from filters, scrubbers and shop-floor collection systems.
2
Characterisation
Composition, moisture and particle size are analysed to define the recipe.
3
Preparation
Drying, screening and optional blending to reach the right feed properties.
4
Compression
High-pressure forming creates green pellets of uniform size and density.
5
Induction Consolidation
Targeted induction heating bonds particles without external binders.
6
Cooling & QC
Pellets are cooled, screened and tested before shipment to the customer.
Technical Advantages
Lower Energy Use
Induction heating is fast and energy-efficient compared with conventional sintering or kilns.
High Metal Recovery
Pellets retain valuable iron, carbon and alloy content, returning it to the production loop.
Consistent Quality
Controlled compression and heating produce pellets with repeatable size, density and strength.
Compact Footprint
The equipment is modular and can be installed close to the dust source, cutting transport.
Scalable
Units can be scaled from pilot trials up to full industrial throughput.