CONELE provides efficient, flexible, and environmentally friendly complete preparation solutions for solid fertilizers and soil conditioners. Its core technology integrates multiple processes such as mixing, granulation, and coating into a single piece of equipment, significantly improving production efficiency and reducing investment and operating costs. The CONELE intensive mixing and granulation system can handle various raw materials, including dust, sludge, filter cakes, and salt solutions. It is particularly adept at transforming secondary raw materials such as industrial by-products into high-value fertilizers, achieving resource recycling. Through precise process control, it can customize particle size, shape, dissolution rate, and nutrient release cycle, and can perform post-treatments such as coloring, anti-caking, and dust reduction, fully meeting the needs of different markets such as agriculture and horticulture.

Core Technologies and Advantages of Fertilizer Granulators

Integrated Processing: The CONELE system completes mixing, granulation, and coating in a single machine, resulting in an efficient and compact process.

Strong Raw Material Adaptability: It can handle various raw material forms, and is particularly skilled at utilizing secondary raw materials (such as industrial residues).

Controllable Granules: Precise control of particle size, shape, solubility, and release rate is possible.

Environmentally Friendly and Economical: The closed system reduces dust emissions; the process is energy-efficient, with short batch times (usually 5-10 minutes), and low system operating costs.

Fertilizer and Soil Conditioner System Solutions

Simple Solution: Using only an intensive mixer for granulation, suitable for most standard requirements.

Flexible Solution: A combination of mixer and disc granulator, capable of handling more difficult raw materials, producing more spherical granules, and offering a wider range of applications.

Capacity Coverage: System processing capacity ranges from 0.5 t/h to 30 t/h.