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Feeding
Dry sodium carbonate powder with a controlled moisture content (usually less than 5%) is fed into the hopper.

Compaction and Forming
The material passes between two counter-rotating rollers that apply high pressure. The roller surfaces are equipped with specific molds or cavities designed to shape the material.

Granulation Process
Under pressure, sodium carbonate particles are compressed into dense sheets or ribbons. The mechanical force bonds the particles together without needing water or additional adhesives.

Granule Sizing
The compacted sheets are then broken, cut, and sized into uniform granules through a granulating system.

Screening and Recycling
The granules are screened to ensure uniformity. Oversized or undersized materials are returned to the feeding system for re-granulation.

Dry Granulation, No Drying Needed
No need for water or drying processes, making it highly energy-efficient and ideal for moisture-sensitive materials like sodium carbonate.

환경 친화적
The process produces no wastewater 그리고 no emissions, ensuring a clean and eco-friendly production environment.

High Granule Strength and Density
Produces dense, strong granules that are resistant to dust generation and easy to handle, transport, and store.

Energy-Saving and Cost-Effective
Lower energy consumption compared to traditional wet granulation methods. It reduces production costs by eliminating the drying phase.

Simple Structure and Easy Maintenance
Compact design with user-friendly operation and minimal maintenance requirements.

Customizable Granule Shape and Size
Rollers can be customized to produce various shapes (flat, pillow, oval) and sizes to meet specific application needs.

Wide Application Range
In addition to sodium carbonate, the machine can process other powdered materials like ammonium sulfate, potassium chloride, and various chemical raw materials.

Consistent Granulation Efficiency
Achieves high granulation rates (up to 90%) with minimal material wastage, improving overall production efficiency.