Pre-crushing
Reducing the mineral to protect the mill.
COMPLETE PROCESS
From rock to classified mineral powder
Each stage is sized according to hardness, abrasion, moisture, fineness and capacity.
Feeding
Uniform dosing to keep the mill load stable.
Grinding and classification
The classifier separates on-spec product and returns oversize.
Collection and bagging
Dust recovery and filling into bags or big bags.
CONFIGURATION
Wear-resistant design
- Coordinated crushing and feeding
- Classification with oversize return
- Negative-pressure collection
- Accessible wear parts
APPLICATIONS
Minerals and typical results
Calcium carbonate and limestone
Powders for construction and mineral fillers.
Barite, bentonite and gypsum
Grinding to the required particle size.
Complete line
Crushing, grinding, classification and bagging.
SELECTION REFERENCE
Data needed to define the line
| Factor | Required information | Impact on design |
|---|---|---|
| Mineral | Hardness, abrasion, moisture | Mill and power |
| Feed | Max size | Crusher and feeder |
| Product | Required fineness | Classifier |
| Capacity | kg/h | Line size |
Let us define your mineral line
Send us a sample, capacity and fineness to select the system.
FREQUENTLY ASKED QUESTIONS
Mineral processing
How is fineness controlled?
Via classifier, speed and air flow.
How is wear reduced?
By selecting materials based on hardness and abrasion.
Can it run in closed circuit?
Yes, oversize returns to the mill.
Is dust controlled?
Yes, with negative pressure and a bag filter.