New Kinglink Complex Impact Crusher for making Sand and Powder sand making machine

KPFL Vertical Shaft Complex Impact Crusher for sand making

KPFL Series Vertical Shaft Complex Impact Crusher is developed by our company which based on absorbing the international advanced technology and applying company's decades practical experience. It is optimized to be a new type fine crushing coarse grinding crusher which apply the crushing mechanism of impact and grinding at the same time.

The machine is ideal equipment for fine crushing in cement plant which can realize more crushing and less grinding decrease the consumption of the energy. It is widely used for crushing cement raw material and clinker also can be widely used for solvents and raw materials fine crushing in metallurgical industry and various hard mineral crushing processing in other construction building materials, chemical industry and some other fields

1. Simple structure
high throughput
high crushing ratio
high rate of final product
low energy consumption

2. The hammer and liner apply wear resistant complex alloy material
which is of high hardness and high toughness. So the service life of them is long

3. Good sealing performance
little dust pollution
stable running
convenient operation and maintenance

4. According to the needs of customers
the main gear can be designed at the top of the machine or at the bottom

Model Max. Feed Size Discharge Size Rotating Speed Capacity Power
(mm) (mm) (r/min) (t/h) (kw)
KPFL-750 ≤100 ≤3,70-90% 800~1350 8~20 45
KPFL-1000 ≤120 ≤3,70-90% 650~980 15~30 55
KPFL-1250 ≤150 ≤3,70-90% 510~770 35~45 90
KPFL-1500 ≤180 ≤3,70-90% 430~640 50~70 132
KPFL-1750 ≤200 ≤3,70-90% 420~540 70~100 160
KPFL-2000 ≤220 ≤3,70-90% 360~540 90~120 200
KPFL-2300 ≤240 ≤3,70-90% 330~450 120~160 250

Remark: The above capacity is based on the limestone with bulk density 1.6t/m³ and for reference only. The capacity will be affected by many factors such as compressive strength, crushability corrosion resistance bulk density
aggregate grading, moisture, crystalline processing flow.