Scope of Application

It has a wide range of applications. It can be used for extrusion granulation of organic fertizers, aquaculture feed, and other fertlizer and feedmaterials. Itis also suitable for granulation of chemical and metallurgical materials such as potassium chloride, ammonium sulfate, magnesiumsulfate, and ferrous sufate.Furthermore.itis especialy suitable for granulation of materials such as humic acid. coal, carbon black, kaoin. and stone powder. It is also an ideal granulation equipment for biomass energy pellets.

Size

Customization supported

Working principle

The flat-die granulator is divided into two main parts: the transmision part and the granulation part. The core components of the flat-die granulatorare the pressure roller and the fat die. When material enters the granulation chamber, itis squeezed into the die holes by the rotation of the dieand the friction of the pressure roller,.forming yindrical bars. These bars are then cut by a cutter at the discharge port, resuting in granules thatrollout of the granulation chamber. This equipment has a relatively high working effciency and produces high-quality finished products. Thegranules are uniform in size, have low moisture content, and require less energy consumption from the mechanical equipment

Performance Features

1. **Low investment cost**: Adopts dry granulation process, eliminating the need for drying after granulation, thereby reducing the investment cost of drying equipment and energy consumption for drying.

2. **Strong applicability**: Equipped with various mold apertures ranging from 3 to 12 mm, suitable for granulating different materials such as fertilizers and feeds, achieving excellent results.

3. **Time- and labor-saving**: Fast granulation with a granulation rate of over 90%, producing hard granules that are not easily broken.

4. **Stable performance**: Smooth operation, robust and durable, suitable for 24-hour continuous production. The flat die and roller wheels are equipped with a thread gap adjustment device, which reduces wear between the flat die and roller wheels. Compared with traditional gasket methods, the service life of the flat die and roller wheels is increased by about 30%.