Saint Mills mill adopts the integrated technology of crushing and air-sweeping classifiering, and uses the optimized design of structure to solve the problem of heating, short process time of grinding materials in the system, continuous replenishment of cooling air in the grinding chamber, and small temperature rise, which not only solves the problem of material builds up, but also solves the problem of decomposition of certain heat-sensitive raw materials before reaction due to grinding temperature rise.
New energy, pharmaceutical, chemical, food, minerals, natural alkali, sodium bicarbonate, activated carbon, calcium carbonate, graphite, coating powder, too white powder, gypsum, etc.
Saint Mills mill adopts the integrated technology of crushing and air-sweeping classifiering, and uses the optimized design of structure to solve the problem of heating, short process time of grinding materials in the system, continuous replenishment of cooling air in the grinding chamber, and small temperature rise, which not only solves the problem of material builds up, but also solves the problem of decomposition of certain heat-sensitive raw materials before reaction due to grinding temperature rise.
● Grind and sort particle size down to D90-2µm
● Energy efficient and practical design
● Easy to clean, maintain and operate
● Adjustable particle size to produce coarse or fine powders
● Low grinding temperature, ideal for heat sensitive materials
● Completely enclosed, creating a dust-free environment
● Made of durable solid steel and stainless steel
● Product models available from 10 to 55kw
- PLC control system
- Bag unloading system
- Grinding and classifier system
- Dust collector system
- Injection system
- Duct System
- Muffling System
The raw material is fed into the pneumatic pipeline through the rotary valve at the bottom of the feed bin, and is then drawn into the mill grinding bin, where it is ground by the high speed rotating impact of the hammer head on the hammer disc, and then lifted up to the wind classifier by the wind provided by the negative pressure fan.
The classifier circulates the coarse particles back to the grinding bin for further grinding, and the fine powder of the desired particle size is pneumatically conveyed out of the mill, thus controlling the particle size of the output material to meet the requirements and uniform distribution. Finally, the fine powder is directly ejected by the fan to the pipe output.
