Stirring Teeth Organic Fertilizer Granulator 5ton / Hour Carbon Steel

New Type Stirring Teeth Organic Fertilizer Granulator

Introduction of new organic fertilizer granulator:

The new type organic fertilizer granulator is a kind of granulating machine which can make the material into a specific ball shape. It adopts the new process design principle of wet continuous push rod granulation. When the raw materials enter the granulator, the raw materials are first made into semi-finished particles by the principle of stirring teeth, and then they are put into the rotary drum granulation part for secondary granulation. The pelletizing rate can reach 99% and the finished products are all round balls. Compared with other granulators, this new granulator not only improves the pelletizing rate, but also greatly improves the output of finished products. It is a good choice for new and old customers.

The new compound fertilizer granulator is widely used in the direct granulation of organic materials such as poultry manure, municipal sludge, domestic garbage, filter sludge of sugar factory, papermaking sludge, distiller's grains, bean dregs, straw, peat and other organic materials to produce pure organic, organic-inorganic and biological organic fertilizers.

Advantages of new organic fertilizer granulator

1. The principle is simple and the granulation speed is fast. The fine powder materials can be continuously mixed in the machine by using the high-speed rotating mechanical stirring force and the resulting aerodynamic force.

2. No binder is needed. Because organic particles can grow up and inlay with each other under a certain force, no binder is needed in granulation.

3. This machine is especially suitable for granulation of light and fine powder materials. The finer the basic particles of fine powder materials are, the higher the sphericity of particles is and the quality of granulation is.

4. There are a wide range of material sources, including animal manure, manure, compost, green manure, sea manure, cake fertilizer, peat, soil manure, three wastes and microorganism.

Working principle of organic fertilizer granulator:

The new type organic fertilizer granulator uses the high-speed rotating mechanical stirring force and the resulting aerodynamic force to continuously realize the mixing, granulation, spheroidization and densification of fine powder materials in the machine, so as to achieve the purpose of granulation. The particle shape 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 properly adjusted by the material mixing amount and the spindle speed. Generally, the lower the mixing amount, the higher the rotational speed, the smaller the particles, and vice versa. Application scope: This machine is especially suitable for granulation of light and fine powder materials. The finer the basic particles of fine powder materials are, the higher the sphericity of particles is, and the better the quality of pellets is. It is generally required that the particle size of the material should be less than 200 mesh before granulation. Typical application materials: chicken manure, pig manure, cow manure, carbon lining, clay, kaolin, etc.

Application of organic fertilizer granulator:

For organic manure raw materials, livestock and poultry manure, manure, compost fertilizer, green manure, sea manure, cake fertilizer, peat, soil manure, three wastes, microorganism and other municipal solid waste organic fermentation fertilizer granulation specificity, particles are irregular pellets.

The qualified granulation rate of the machine is as high as 80-90%. It is suitable for various formulations. The compressive strength of organic fertilizer is higher than that of disc and drum, and the rate of big ball is less than 15%. The uniformity of particle size can be adjusted by stepless speed regulation function of the machine according to the requirements of users. This machine is suitable for granulating organic fertilizer directly after fermentation, saving drying process and greatly reducing manufacturing cost.