In the domain of ruminant farming, groundbreaking research illuminates an impressive feed-to-meat ratio superiority of broken-grain corn over traditional crushed corn. The reason lies in the overwhelming abundance of fine materials in crushed corn, which hampers the essential rumination and nutrient absorption by animals. This results in sluggish fat growth, risk of rumen buildup, and even escalates the peril of rumen acidosis and diarrhea. Enter the revolutionary PL300 corn grain breaker from Nanjiang Intelligent Equipment (Shandong) Co., Ltd., crafted with precision to control roller gaps, effectively breaking corn grains with masterful efficiency. The unique roller action-squeezing, shearing, and tearing-achieves an impeccable crushing effect, significantly curtailing the formation of powdery materials and thereby enhancing the feed conversion rate 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% |
Presenting the PL300 series corn crusher from Nanjiang Intelligent Equipment (Shandong) Co., Ltd.-a cutting-edge, small-scale feed processing marvel boasting independent intellectual property rights, free from reliance on any national standards. This innovative equipment perfectly caters to the needs of small-scale sheep and chicken farmers, marking its unsuitability for professional feed processing industries. Its design is a testament to the company's commitment to empowering small-scale agriculture with industry-leading technology.
At the heart of our machine are two intricately designed core components, meticulously crafted from premium 45# carbon steel seamless pipes, refined through an advanced frequency-modulated quenching heat treatment process. The rollers, ingeniously interchangeable and reversible, exhibit a unique speed differential between the main and auxiliary rollers. This thoughtful engineering results in reduced wear on the main roller compared to its counterpart. The grain-breaking prowess is dictated by the tooth edge of the auxiliary roller. Ingeniously, when one side's tooth edge succumbs to significant wear, simply reverse for fresh performance, while the main roller remains steadfast. When both sides reach the end of their lifecycle, a new auxiliary roller steps in, allowing for seamless continuity. Thus, one main roller's lifespan is elegantly aligned with two auxiliary rollers, ensuring sustained operational excellence.
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