Brief: See how this offering can bring practical value to common tasks and projects. In this video, we walk you through the NPK Compound Fertilizer Rotary Drum Granulator Machine with 5 TPH capacity. You'll see the machine in action, learn about its working principle, and discover how it efficiently completes the compound fertilizer granulation process through steam heating and rotating motion.
Related Product Features:
Achieves a high granulation rate of 70% with small, reusable return particles.
Utilizes steam heating to raise material temperature and reduce moisture for improved drying efficiency.
Features a rubber or acid-resistant stainless steel lining to prevent material sticking and corrosion.
Designed for large output with low power consumption and minimal maintenance costs.
Operates via motor-driven rotation for continuous, high-volume production of fertilizer granules.
Suitable for both cold and hot granulation processes across various compound fertilizer concentrations.
Built with a simple, robust design for easy operation and long service life.
Available in multiple models with capacities like 1.4x5m and 1.6x6m to suit different production needs.
Faqs:
What is the granulation rate of this rotary drum granulator?
The granulator achieves a granulation rate of 70%, with small return particles that can be reused in the process, minimizing waste.
How does the steam heating feature improve the granulation process?
Steam heating raises the material temperature, which reduces the moisture content in the formed granules, thereby enhancing drying efficiency and overall process speed.
What materials are used for the drum lining, and why?
The drum is lined with special rubber or acid-resistant stainless steel to prevent material from sticking to the walls and to provide corrosion resistance, ensuring durability and smooth operation.
What types of compound fertilizer can this machine produce?
This machine is versatile and suitable for producing high, medium, and low concentration compound fertilizers, supporting both cold and hot granulation processes for large-scale production.