Quick Details
- Feed Size(mm):<3
- Product Size(d97:um):2～45
- Production Capacity(kg/h):2-7500
- Air Pressure(Mpa):0.7～0.85
- Installed Power(kw):21-800
- Processing Time:30 days
- Port:qingdao
- Supply Ability: 1000 Sets Per Year
- After-sales Service Provided:1-year
- Brand Name:ALPA
- Certification:CE,ISO
- Condition:NEW
- Dimension(L*W*H):Customized
- Model Number:CUM-P
- Place of Origin:China
- Power(W):21kw
- Product Type:Grinding Mill
- Type:Pin Mill
- Voltage:Local Voltage
- Warranty:1-year
- Weight:Customized
- Brand Name:ALPA
Impact Grinding Mill Pin Mill
Pin Mill Pulverizer Features:
1.Widely
used in chemical, inorganic salt, medicine, food, pigments, dyes, pesticides, battery materials, minerals, refractory materials and other industries.
2.Available D50:10-45μm;
3.High line speed, finer particle size;
4.Grinding is in closed system, low dust and noise, clean and
environmentally friendly production process;
5.PLC control system, easy operation;
6.Optional explosion-proof design, meet the ultra-fine grinding processing requirements of flammable and explosive oxide
materials.
Pin Mill Pulverizer Working Principle:
A pin mill(pin mill grinding,micro pin mill,fine pin mill,pin mill grinding, pin mill Crush, pin mill pulverizer,pin grinding equipment) is a mill machine that comminutes materials by the action
of pins that repeatedly move past each other. Much like a kitchen blender, it breaks up substances through repeated impact.
The mill is a type of vertical shaft impactor mill and consists of two rotating discs with pins embedded on one face. The discs are arrayed parallel to each other so that the pins of one disk
face those of the other. The substance to be homogenized is fed into the space between the disks and either one or both disks are rotated at high speeds.
Pin mills can be used on both dry substances and liquid suspensions.Pin mills are commonly use in the manufacture of pharmaceuticals, as they can achieve particle sizes as low as a few
micrometers.
The material is evenly fed into the grinding chamber by the feeding system, strongly impacted by the high-speed rotating disc. At the same time, it is subjected to various comprehensive forces
such as friction, shearing and collision between the static disc and the ring gear to grind material. The moving disc and static disc can be combined in different structural forms according to
nature of material to meet the grinding requirements of different materials.
