Raw material classification - the proportion of the grading feeder (used for coarse grinding and fine crushing feeder)
Appropriate large proportion of fine grinder equipped with feeder, can be screened before crushing mixed metal and larger particles of impurities in raw material.
Proportion of the grading feeder are applicable to all types of grinder, weight by air flow to remove larger particles, feeding speed stability, suitable for livestock and feed, pet food, aquatic feed (ups) of the production process
Characteristics and advantages
- Remove the weight of the larger particles, can reduce screen and broken hammer wear
- The adjustable feeding speed
- Magnetic separation machine can remove screws, nails, iron and other magnetic metal
- Raw materials will be air guide
- The adjustable damper to control the gravity separation
- More than mill length large entrance design, can carry decomposition efficiency
Part of the proportion of the grading feeder
Proportion of the grading feeder (PG - and XRF - series) can use the gravity, magnetic, and air separation to material.Components are as follows:
- Feed port.
- Rotary discharge valve
Running speed can be adjusted by controlling system. - Feed baffle
The width of the opening will determine whether the raw materials into the particle size. - Magnetic separation machine
This section will take out the nails, screws, iron and other magnetic metal. - Screw conveyor (excluding fertilizer)
Discharge the heavier non-metallic impurities - Air inlet throttle
Manually adjust the proportion of the grading feeder to control into the air - Shockproof base
All the vibration absorption crushing process.
model | PG - 05 | PG - 10 |
Feeder horsepower (HP) |
2 | 3 |
Processing capacity1(t/h) |
4 to 5 | 8-10 |
Remark:
1Feed, food and food raw materials, water < 12%, oil content < 6%
model | XRF - 800. | XRF - 1000. | XRF - 1400. |
Feed horsepower (HP) |
2 | 3 | 3 |
Processing capacity1(t/h) |
4 to 5 | 5 to 7 | 8-10 |
Remark:
1Feed, food and food raw materials, water < 12%, oil content < 6%