Wet Grinding Mill
Wet Grinding Solutions for Fine Processing
With over 40 years of engineering experience in wet grinding systems, we specialize in designing and manufacturing cost-effective wet grinding mills for mineral processing, ceramics, pigments, and chemical applications.
Backed by proven installations, in-house process testing, and flexible customization, our wet grinding solutions help customers achieve stable particle size control, high energy efficiency, and lower total investment cost.
Fineness:
-2μm D60
Dry product Productivity
2.0 – 5 (t/h)
Engineering-Driven Wet Grinding Solutions
Our wet grinding solutions are developed through continuous engineering optimization — focusing on process stability, energy efficiency, and long-term operating reliability.
From single wet grinding mills to integrated grinding systems, we support customers at every stage of the project.
Efficient Wet Grinding Process — From Feed to Final Product
Advanced Wet Grinding Mill Technology
Our wet grinding mills integrate proven mechanical design with practical process optimization — ensuring reliable performance without unnecessary complexity.
Optimized Rotor/Chamber Design Wear-resistant Materials for Long Service Life Flexible Configurations for Different Materials Energy-efficient Grinding Mechanism
Process Control & System Integration
Our wet grinding systems can be integrated with basic or advanced control solutions to ensure stable operation, easy monitoring, and efficient production management.
From Single Wet Grinding Mill to Complete Grinding Plant
Whether you need a single wet grinding mill or a complete wet grinding production line, we provide tailored solutions based on your material, capacity, and budget.
Wet Grinding Solutions for Multiple Industries
Our wet grinding solutions are widely applied across the mineral and industrial powder processing industries.
Based on material characteristics such as hardness, abrasiveness, moisture content, and target fineness, we provide customized wet grinding mill configurations to ensure stable performance, consistent product quality, and optimized operating cost.
DASWELL POWDER TECH
Engineering Support & After-Sales Service
We support customers throughout the entire project lifecycle — from process design to commissioning and long-term operation.
Technical Documents & Resources
The Daswell wet grinding system is designed as a continuous and stable closed-loop process, ensuring consistent particle size distribution and high slurry quality.
1. Coarse Powder Silo; 2. Water Supply; 3. Dispersant Dosing System; 4. Slurry Mixing Tank; 5. Buffer Tank; 6. Diaphragm Pump; 7. VGM1600 Large Ultrafine Wet Grinding Mill; 8. Intermediate Tank; 9. Grinding Media Separation Screen; 10. Inspection Tank; 11. Transfer Pump; 12. Slurry Storage Tank; 13. Screw Pump; 14. Burner; 15. Hot Air Generator; 16. Coal Pulverizer; 17. Feeding Hopper; 18. Pulse Jet Bag Dust Collector; 19. Induced Draft Fan; 20. Ducting / Pipeline; 21. Centrifugal Fan; 22. Material Silo; 23. Discharge Device; 24. Continuous Surface Coating Machine; 25. Powder Disperser; 26. Automatic Packing Scale.
|
Item |
Typical Range |
|---|---|
|
Feed Size |
≤ 5 mm (depending on material) |
|
Product Fineness |
D50: 1–10 μm (customizable) |
|
Slurry Solid Content |
30% – 75% |
|
Installed Power |
90 – 560 kW |
|
Production Capacity |
2 – 50 t/h (material dependent) |
|
Grinding Media |
Ceramic / alloy steel |
|
Control Mode |
Manual / Semi-automatic / PLC |
|
Cooling System |
Optional water or jacket cooling |
Final specifications vary depending on material hardness, abrasiveness, and target fineness.
Custom configurations are available for GCC, talc, kaolin, quartz, barite, zeolite, and other minerals.
Technical Parameter
|
Model |
VMG1600 |
VMG3000 |
VMG3600 |
VMG5600 |
|---|---|---|---|---|
|
Fineness |
-2μm D60 |
-2μm D60 |
-2μm D60 |
-2μm D60 |
|
Dry product Productivity (t/h) |
2.0-2.5 |
2.5-3 |
3-3.8 |
4.5-5 |
|
Dispersing agent consumption |
＜4 |
＜5 |
＜5 |
＜5 |
|
Grinding media consumption |
0.2-0.4 |
0.3-0.4 |
0.3-0.4 |
0.3-0.4 |
|
Power consumption |
＜45 |
＜40 |
＜40 |
＜40 |
Key Features of Daswell Wet Grinding Mills
Stable & Repeatable Grinding Performance
Optimized rotor, chamber, and liner design ensures long-term operational stability and consistent product quality.
High Grinding Efficiency
Efficient energy transfer and optimized grinding media distribution significantly reduce specific energy consumption.
Wide Material Adaptability
Suitable for calcium carbonate, quartz, talc, kaolin, barite, zeolite, magnesium hydroxide, and more.
Flexible System Integration
Can be integrated with classification, coating, dispersion, and packaging systems.
Engineering-Driven Design
Designed by Daswell’s experienced engineering team with a focus on reliability, maintainability, and long service life.
Cases
Over the past four decades, our engineers have delivered wet grinding solutions for hundreds of projects, covering calcium carbonate, talc, kaolin, silica, ceramic slurry, and chemical materials.
