With an arc structure and sturdy materials, a disc granulator, also called a disc pan granulator or pan granulator, makes the granulation rate up to 93% or more. Adopting flexible belts to transmit, reduction gear and electric motor start steadily, slowing down the impact force and increasing the service life of the fertilizer production line. Moreover, there is no need to use a foundation bolt to fix the equipment for the base of the machine is designed with thickened, aggravated, and solid materials. Due to its simplified structure, steady running, and long lifespan.our disc granulating machine is sturdy and durable and has uniform granulation and a high granulation rate, becoming the popular and ideal choice of many industries.
Different from rotary drum granulator only being used for compound fertilizer manufacturing, pan granulator can be used to produce not only compound fertilizer, but organic fertilizer, being one of the most important fertilizer granulating equipment nowadays.
Application of Disc Pan Fertilizer Granulator Machine
This fertilizer granulating equipment is widely used in organic fertilizer production line, and compound fertilizer production line. It also suits chemical, pharmaceutical,metallurav, building materials, fodder industry. This fertilizer granulator machine is with simple structure, and easy for adjustment, which is suitable for processing raw materials with particle size no more than 50mm. It is not appropriate to transport materials with large viscosity. Features of Disc Pan Granulator
1.The flat pan adopts circular arc structure, promising 93% compound fertilizer yield.
2.The disk uses strong iron material, sturdy and durable. Due to strong, stable and lasting base design, there is no need fixing the base with Anchor Bolt.
3.The inside lining of the pan adopts high strength and strong corrosion-resistance plastics glass, with simply structure,high fertilizer granules yield, and easier to maintenance.
4.This fertilizer granulator machine is stable and reliable in operation, low noise.