380V,220V/380V,380V/50HZ,all Countries Are Ok,220V
Installation:
Under Engineer Guide,Guide
Packaging Details:
with wooden boxes in container
Supply Ability:
to be determined
Highlight:
4kw Fertilizer Granulator Machine
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Fertilizer Granulator Machine Pelletizer
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Disc Type chicken manure pelletizer
Product Description
Disc Type Granulator: High Forming Rate, Adjustable Tilt, for Fertilizer & Mining
The Disc Type Granulator (also known as Pan Granulator) is a versatile industrial equipment designed for transforming powdery, granular, or lumpy materials into uniform, high-strength granules through the combined action of centrifugal force, friction, and gravity. With its optimized structural design and flexible process control, this machine has become a core component in granular production lines across various industries, delivering consistent performance, superior particle quality, and cost-effective operation.
Available in multiple models with disc diameters ranging from 1m to 7.5m and processing capacities of 4-24t/h, it caters to both small-batch customization and medium-scale production needs.
Application Scope
Fertilizer Industry: Production of organic fertilizers (from livestock manure, straw, and fermented materials), inorganic compound fertilizers, biofertilizers, and water-soluble fertilizers. It enables precise nutrient ratio control and granule formation, improving fertilizer utilization rate and storage convenience.
Metallurgical & Mining Industry: Pelletization of iron ore concentrate, sintered ore, and metallurgical slags, facilitating efficient smelting and reducing environmental pollution.
Building Materials Industry: Granulation of cement clinker, fly ash, clay, limestone, and coal gangue for producing cement, wall materials, and refractory products.
Environmental Protection Field: Treatment of sludge, municipal solid waste, and phosphogypsum, converting waste into reusable granular materials for resource recycling.
Other Industries: Production of pellet feed, food additives, pharmaceutical intermediates, and ceramic raw materials, meeting the granulation requirements of different precision levels.