The chicken manure roller squeezing granulator is a key equipment for granulating compound fertilizers

The layout of the production equipment for compound fertilizers is compact, scientific and reasonable, with advanced technology, energy conservation and consumption reduction, no discharge of three wastes, stable operation, reliable operation, convenient maintenance, and wide adaptability of raw materials. It is suitable for granulation of various raw materials such as compound fertilizers, pharmaceuticals, chemical feed, coal, metallurgy, and can produce various concentrations and types of compound fertilizers (including organic fertilizers, inorganic fertilizers, biological fertilizers, magnetized fertilizers, etc.).

The chicken manure roller squeezing granulator equipment is a key equipment for compound fertilizer granulation, with advanced technology, reasonable design, compact structure, novel and practical, low energy consumption, and matching with corresponding equipment to form a small production line, which can form a certain capacity of continuous and mechanized production.

The chicken manure roller extrusion granulator equipment adopts an eugenic formula, which does not require drying and is produced at room temperature. The product is rolled and formed in one go, ensuring that the quality of the product meets the technical requirements of compound fertilizers. It is an updated product for the production of high, medium, and low concentration specialized compound fertilizers for various crops and energy conservation and consumption reduction in the compound fertilizer industry.

Chicken manure roller extrusion granulator equipment, the shape and size of the ball and socket on the roller skin can be selected according to user needs, with a wide range of ball pressure shapes, including pillow shaped, semi circular particle shaped, rod shaped, pill shaped, walnut shaped, flat ball shaped, and square bar shaped.

The chicken manure roller squeezing granulator equipment has small power and reliable operation, no emissions of three wastes, and wide adaptability to raw materials. It can be used for granulation of various raw materials such as compound fertilizers, pharmaceuticals, chemicals, feed, coal, metallurgy, and can produce various concentrations and types of compound fertilizers (including organic fertilizers, inorganic fertilizers, biological fertilizers, magnetized fertilizers, etc.). Especially for the granulation of rare earth, ammonium carbonate, and ammonium sulfate based compound fertilizers.

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