Basic Info.
Model NO.
HTL-corn breaker
Usage
Cattle and Sheep Feeding
Heating and Ventilation Equipment Type
None
Epidemic Prevention Equipment
None
Blade Type
Straight Teeth
Computerized
Non-Computerized
Certification
ISO9001:2008
Range of Application
Cattle and Sheep Feed Equipment
Apply
Cattle and Sheep Ruminant Food Processing
Suitable for Poultry
Chicken
Transport Package
Wooden Layer Packaging
Specification
1000-1500kg/h
Packaging & Delivery
Package Size
75.00cm * 95.00cm * 80.00cm
Package Gross Weight
100.000kg
Product Description
Researchers have studied that the feed-to-meat ratio of broken-grain corn is significantly better than crushed corn in ruminant farming. Because there are too many fine materials in the crushed corn, it is not conducive to the rumen rumination and absorption of animals, and the growth of fat is slow, which is prone to rumen accumulation and diarrhea, and even increases the risk of rumen acidosis. The PL300 corn grain breaker produced by our company controls the gap between the rollers to break the corn grains. Under the action of squeezing, shearing and tearing of the rollers, the corn grains achieve the ideal crushing effect, reduce the production of powdery materials and improve the feed conversion rate.
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% |
The PL300 series corn crusher developed by our company is a small feed processing equipment with independent intellectual property rights, and does not refer to any national standards. It is suitable for the majority of small-scale sheep or chicken users, not for the professional feed processing industry.
The two core parts of the machine are 45 # carbon steel seamless pipe processing, frequency-modulated quenching heat treatment process. The two rollers can be exchanged and can be reversed. Due to the difference in speed between the main roller and the auxiliary roller, the wear of the main roller is less than that of the auxiliary roller, and the tooth edge of the auxiliary roller determines the grain breaking effect. Therefore, when the tooth edge of one side of the auxiliary roller is seriously worn, the other side can be turned around and the main roller can not be adjusted. When the teeth of both sides of the auxiliary roller can not be completely used, the new roller should be replaced, and the main roller can be adjusted. In other words, the life of one main roller can be matched with the use of two auxiliary rollers.