6t/H Ball Shape Disc Granulator with 93% Granulation Rate and Stable Belt Drive for Fertilizer Production
This series of disc granulator features an integral arc structure with a granulation rate exceeding 93%. The equipment improves labor efficiency through optimized design and reliable performance.
- Integral arc structure design with over 93% granulation rate
- Flexible belt drive system for stable starting and durable operation
- Heavy-duty base design requiring no anchor bolts for installation
- High-frequency quenched main gear for extended service life
- Uniform material distribution and high granulation efficiency
- Smooth operation with robust construction for long-term use
The disc granulator operates through a precision transmission system: the main motor drives the pulley and belt, which activates the reducer and pinion gear. The pinion gear engages with the large gear fixed to the bottom of the granulation disc, creating continuous rotational motion.
As the granulation plate rotates continuously and combines with the spray device, materials are evenly bonded together to form spherical shapes. The integrated automatic feeding system prevents material buildup on walls, significantly extending machine service life while enabling continuous mass production to meet user requirements.
Constructed with thickened channel steel, the frame supports all rotating components and undergoes strict quality certification to ensure structural integrity.
The pelletizing plate's center of gravity is mounted on the adjustment section, fabricated from medium carbon steel plate and channel steel with precise quality control.
Reliable motor and reducer drive the system through belt pulleys, V-belts, and high-frequency hardened gears. The shaft connection employs taper fitting for optimal design.
Features integral arc structure with three discharge ports for intermittent operations. The reinforced bottom with multiple radiating steel plates ensures durability without deformation.
Frame-mounted automatic cleaning board prevents material adhesion to walls during production, enhancing machine longevity and reducing labor requirements.
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