How does the disc granulator produce round organic fertilizer granules?

The disc granulator is suitable for granulating organic fertilizer, compound fertilizer, compound fertilizer and organic-inorganic compound fertilizer. Due to the high granulation rate, large output and stable operation, it has been selected as the ideal granulation equipment by customers. A cleaning device is installed above the disc granulator, which can remove all the adhesive layers on the bottom and the edge of the disc, which greatly reduces the recognized labor intensity. Disc granulator is a relatively advanced granulation equipment in China, and our products spread all over the country. Well received by customers.

Working principle of disc granulator:

The disc granulator uses the high-speed rotating mechanical stirring force and the aerodynamic force generated by it to make the fine powder material continuously be mixed, granulated, spheroidized and densified in the machine to achieve the purpose of granulation. The pellet shape of the disc granulator is spherical, the sphericity is ≥ 0.7, the particle size is generally between 0.3-3 mm, and the granulation rate is ≥ 90%. The size of the particle diameter can be appropriately adjusted by the amount of material mixing and the spindle speed. The lower the mixing amount, the higher the rotation speed, and the smaller the particles, and vice versa.

Disc granulator price promise:

1. In order to ensure the high reliability and advanced nature of the disc granulator, the materials of the system are selected from domestic or international high-quality products.
2. Under the same competition conditions, Gate Company will provide customers with preferential prices on the basis of not reducing the technical performance of products and changing product components.
3. For the testing of the performance of the disc granulator, we sincerely invite users to visit the entire process and performance inspection of the product in person, and then ship the product after it is confirmed to be qualified.