Compound Fertilizer Granulator – Innovative Solution for
Waste-to-Fertilizer Production
Product Overview
The new-type organic compound fertilizer granulator stands as a groundbreaking milestone in high-spheroidization rate
granulation technology for spherical organic fertilizers. This
cutting-edge equipment fills a critical domestic technical gap,
achieving integrated innovation that merges the core technology of
pure organic fertilizer manufacturing with the scalability of
modern industrial production.
It is specifically engineered to address the pain points of
traditional granulators, such as low spheroidization rate, poor
particle uniformity, and limited raw material adaptability, thus
revolutionizing the production of high-quality organic and
organic-inorganic compound fertilizers.
Application Scope
This versatile granulator is widely applicable to the direct
granulation production of pure organic fertilizers and organic-inorganic compound fertilizers, utilizing a broad range of organic raw materials that are often
considered waste, including:
- Agricultural wastes: Livestock and poultry manure, crop straw, distiller's grains,
soybean residue
- Industrial by-products: Sugar factory filter mud, paper mill sludge, peat
- Urban organic wastes: Municipal sludge, domestic waste
With its strong compatibility, the machine eliminates the need for
complex pre-processing procedures for most raw materials, breaking
the bottleneck of large-scale utilization of organic wastes in
fertilizer production and contributing to the development of
circular agriculture.
Product Highlights
1. Leading High-Spheroidization Rate Technology
As a core technological breakthrough, the granulator delivers an
ultra-high spheroidization rate that far exceeds industry
standards. The produced fertilizer particles are perfectly
spherical, uniform in size, and smooth in surface, ensuring
consistent nutrient distribution and convenient application. This
superior particle quality also enhances the fertilizer's storage
stability and reduces dust emission during transportation and
spreading.
2. Unmatched Raw Material Versatility
Featuring a novel structural design, the machine adapts to a wide
variety of organic raw materials with different moisture contents,
viscosities, and particle sizes—from wet, sticky municipal sludge
to dry, loose crop straw. It supports flexible proportioning of
organic and inorganic components (such as nitrogen, phosphorus,
potassium additives), enabling customized production of
organic-inorganic compound fertilizers to meet diverse soil and
crop needs.
3. High Efficiency & Cost-Effectiveness
The granulator boasts large production capacity, suitable for both
small-batch customized production and large-scale continuous
industrial operations. Its modular structure ensures high
operational maintainability: key components can be easily
disassembled and replaced, minimizing downtime for maintenance. By
directly converting organic wastes into high-value fertilizers, it
significantly reduces raw material costs, while its
energy-efficient design cuts down on operational expenses,
maximizing the return on investment for producers.
4. Medical-Grade Particle Performance
The finished fertilizer particles reach medical-grade quality
standards, with exceptional performance characteristics:
- Strong acid resistance: Maintains structural integrity in acidic soil environments,
avoiding premature nutrient decomposition and improving fertilizer
utilization efficiency.
- Stable fermentability: Preserves the activity of beneficial microorganisms in organic raw
materials, promoting soil microbial reproduction and enhancing soil
fertility after application.
- Excellent adhesion: Resists crumbling during storage, transportation, and application,
ensuring that nutrients are released steadily to nourish crops.
Technical Specifications
| Specification Model | Power (KW) | Pellet Diameter (mm) | Compressive Strength (N) | Balling Rate (%) | Production Capacity (t/h) | Weight (kg) |
|---|
| FHZL-80 | 18.5 | 3.5-4 | >8 | >90 | 2-3 | 2200 |
Double Roller Extrusion Granulator – Wear-Resistant Roller Design for High-Pressure Abrasive Extrusion and Low-Downtime Operation
