In groundbreaking research, it has been shown that the feed-to-meat ratio of broken-grain corn significantly outperforms crushed corn in the realm of ruminant farming. The reason is straightforward: crushed corn contains excessive fine materials, hindering proper rumen rumination and absorption in animals. This phenomenon slows fat growth and can lead to rumen accumulation, diarrhea, and even heightened risks of rumen acidosis. Our esteemed PL300 corn grain breaker, engineered with precision by Nanjiang Intelligent Equipment (Shandong) Co., Ltd., adeptly manages the gap between its rollers to fracture corn grains optimally. Through meticulous squeezing, shearing, and tearing actions, the PL300 achieves an exemplary crushing effect, minimizing powdery byproducts and elevating feed conversion rates to new heights.
| technical parameters |
| machine model |
PL300/B/C/D |
Machine power |
3.0kw single-phase /4.0kw three-phase 4-pole motor |
| |
390 r/min |
production efficiency |
1000kg-1500kg/h |
| Crushing chamber width |
300mm |
Crushing roll size |
140*300 mm |
| Effective gap between two rollers |
1-3mm |
Feed size |
≤10mm |
| Maize moisture content |
<5% |
flour yield |
<5% |
Introducing the PL300 series corn crusher, a marvel of engineering by Nanjiang Intelligent Equipment (Shandong) Co., Ltd., which stands as a beacon of innovation in small feed processing equipment. With independent intellectual property rights, this series sets itself apart by not adhering to existing national standards, offering a truly unique solution. Perfectly tailored for the needs of small-scale sheep or chicken operations, the PL300 series is specifically designed for those outside the professional feed processing industry, providing cutting-edge technology at a scale suitable for smaller applications.
At the heart of this advanced machinery are its two pivotal components, crafted from 45# carbon steel seamless pipes, and subjected to a sophisticated frequency-modulated quenching heat treatment process. These two interchangeable rollers are designed for reversible use, ensuring optimal wear management. The primary and auxiliary rollers operate at differing speeds, resulting in reduced wear on the main roller while the tooth edge of the auxiliary roller defines the grain-breaking efficacy. Ingeniously, when one side of the auxiliary roller's teeth is worn, the roller can be rotated to utilize the other side, prolonging its utility. Once both sides are exhausted, replacement is straightforward, allowing the main roller to pair effectively with two auxiliary rollers over its lifespan, maximizing efficiency and longevity.
){kind=link}