This pulverizer is a specialized machine designed primarily for the ultra-fine grinding of high-end aquafeed. Its capability extends across diverse industrial sectors, including chemical, pharmaceutical, food, and new energy materials. It is engineered to achieve high fineness levels, ranging from 100 to 250 microns, to satisfy demanding industrial requirements.

Performance Characteristics

01 Advanced Ultra-Fine Grinding Efficiency

The SWFL Series pulverizer is built for superior fine grinding performance. It features a serrated hammer blade and a wave-shaped toothed ring that work together to deliver excellent shearing and a consistent, ultra-fine output. The optimized rotor structure minimizes energy consumption (idle current), while an advanced airflow system maintains stable suction for highly efficient, continuous operation.

02 Precise and Flexible Particle Size Control

This machine offers highly precise control over particle size, ranging from 100μm to 250μm. A VFD-controlled grading impeller allows operators to easily adjust fineness to meet different product specifications, ensuring a uniform output every time. By optimizing the internal airflow and linear speed, the pulverizer delivers consistent particle distribution across a wide variety of materials.

03 Simplified, Cost-Effective Maintenance

The SWFL Series features a durable, modular design that drastically simplifies maintenance and reduces downtime. Key wear-resistant components—such as the lightweight segmented toothed rings and the stream-splitting cover—are engineered for quick replacement. This cost-effective approach ensures that only the worn parts need changing, minimizing operational disruption and extending the machine's lifespan.

04 Stable, Safe, and Continuous Operation

Built for long-term industrial reliability, the pulverizer features a reinforced welded casing and high-precision components that allow it to achieve a dynamic balance level of G2.5 for smooth, stable operation. Integrated safety monitoring systems continuously track critical factors (temperature, vibration, and spark activity) in real time, providing early alerts to protect both the equipment and the operators.