However, in order to ensure its long-term stable operation, daily maintenance and care are essential. Below, we will explore how to prevent some problems that may occur in the use of feed pellet machines.
First, if the pellets are cracked, there is more dust, and the output is low, this may be due to the fact that the tempering temperature has not reached the ideal state, resulting in insufficient maturation of the raw materials. At this time, the tempering temperature should be appropriately increased to solve the problem.
| Model | Capacity | Power | Dimension | Weight |
| 125 | 80-100kg/h | 3kw | 110*35*70 cm | 95 kg |
| 150 | 120-150kg/h | 4kw | 115*35*80cm | 100 kg |
| 210 | 200-300kg/h | 7.5kw | 115*45*95cm | 300 kg |
| 260 | 500-600kg/h | 15kw | 138*46*100cm | 350 kg |
| 300 | 700-800kg/h | 22kw | 130*53*105cm | 600 kg |
| 360 | 900-1000kg/h | 22kw | 160*67*150cm | 800 kg |
| 400 | 1200-1500kg/h | 30kw | 160*68*145cm | 1200 kg |
Second, if the pellet surface is smooth but the hardness is too high, it may be due to the ring die compression ratio being set too large. At this time, the ring die compression ratio needs to be appropriately reduced.
On the contrary, if the pellet surface is not smooth and there is a lot of dust, it may be due to the ring die compression ratio being set too small. In this case, the ring die compression ratio should be increased.
In addition, improper blade position or blade passivation may also lead to poor pellet quality. At this time, the blade position can be adjusted or a new blade can be replaced.
Through the above measures, the adverse phenomena that may occur in the use of the feed pellet machine can be effectively prevented and solved to ensure its normal operation and extend its service life.