Steelmaking sludge briquetting, total anti-powdering, no drying required, wet briquettes do not break after a 2-meter drop.

Steelmaking sludge briquetting, total anti-powdering, non-drying wet pellets, 2-meter drop without disintegration   Assisting steel mills in solid waste recycling   Pellets meet furnace entry requirements

The binder for dust pelletization is primarily composed of organic materials, with added tackifiers, reinforcing agents, modifiers, and other raw materials. It is a composite binder produced through a series of processes, containing high-adhesion components, calcium oxide resistance components, and high-temperature resistance components. It features low dosage, strong adhesion, high forming rate, and excellent strength.

Good applicability Suitable for zinc-rich blast furnace dust, electric furnace dust, converter dust, etc.

Customized solutions Customized products can be developed based on specific customer needs.

Strong adhesion Contains high-adhesion components, low dosage, high viscosity, high pellet forming rate, good cold strength. The prepared pellets are high-temperature resistant, reduce powdering rate,

and meet the requirements for zinc removal in rotary hearth furnaces.

Calcium oxide resistance Can bind with calcium oxide present in zinc-containing dust, enabling the formed pellets to resist cracking, disintegration, and powdering caused by residual calcium oxide.

Excellent performance Each ton of binder produces 25-35 tons of steel mill dust pellets, with a forming rate of 98%. Wet pellets remain intact after two drops from 1.5m, and dried strength can reach 50kg.

Recommended usage method:

Direct addition of dry powder: Evenly mix the binder into the material. The ratio of material to binder is generally 100:3. The amount of binder added may vary depending on the material particle size and

specific surface area.