In groundbreaking research, it has been observed that using broken-grain corn as opposed to crushed corn significantly enhances the feed-to-meat ratio in ruminant farming. The presence of excessive fine particles in crushed corn hinders effective rumination and nutrient absorption, leading to slow fat development and potential issues such as rumen accumulation, diarrhea, and heightened risk of rumen acidosis. Our innovative PL300 corn grain breaker expertly regulates the gap between rollers, ensuring corn grains are meticulously broken through precise squeezing, shearing, and tearing actions. This not only achieves the perfect crushing effect but also minimizes the generation of powdery residues, thereby boosting feed conversion rates and optimizing livestock nutrition.
| 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 cutting-edge solution crafted by our company with exclusive intellectual property rights, bypassing traditional national standards. This compact feed processing marvel is designed specifically for small-scale sheep or chicken operations, offering unmatched efficiency and reliability. Tailored for individual users rather than the professional feed processing industry, it provides a practical and convenient tool for enhancing livestock care and production.
Crafted with precision, the two pivotal components of this machine boast 45# carbon steel seamless pipe construction, enhanced by an advanced frequency-modulated quenching heat treatment process. Ingeniously designed for versatility, the rollers are both interchangeable and reversible. The differential speed between the main roller and the auxiliary roller ensures the main roller experiences less wear. The auxiliary roller's tooth edge plays a critical role in determining the grain-breaking efficiency. Ingeniously, when one side of the auxiliary roller's teeth shows significant wear, it can easily be rotated, while the main roller remains unadjusted. When both sides of the auxiliary roller are fully utilized, simply replace it with a new one, allowing the main roller to be seamlessly adjusted. Thus, one main roller is compatible with two auxiliary rollers, maximizing operational lifespan and efficiency.
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