Wet Grinding Equipment
Direct-Drive Bead Mill
Direct-drive bead mill with a permanent-magnet synchronous motor for battery-material wet grinding. Review the 1000L reference configuration with engineering.
Request Specifications & Quote
Prepared from Yushun’s 2026 knowledge base for preliminary selection. Specifications, translations and final configurations require engineering review; flow, output, fineness and energy savings are not universal guarantees.
Product Overview
How it works
Direct drive removes belt transmission between the motor and main shaft. Monitoring and inlet/outlet cooling support operating-condition review; they do not replace material trials or a project safety assessment.
How to choose
Provide composition, feed and target particle sizes, temperature and contamination limits, required output, viscosity and solids content. Reference data does not replace material trials; confirm units and operating conditions before quotation.
Direct-drive vs. other wet grinding configurations
Compare related grinding equipment against the process requirements, not the model name or motor power alone.
Discuss the project
Browse the equipment catalog or send your process requirements. See the battery slurry application for context; application conditions require separate review.
Equipment configuration
Core Features
- Permanent-magnet synchronous motor directly connected to the main shaft without a belt drive.
- Temperature, pressure and energy monitoring for process review.
- Double-layer cooling design on inlet and outlet piping.
- Pressure and temperature alarms or shutdown functions selected for the project.
Configuration guide
Technical Specifications
| Source model label | Direct Drive Bead Mill 1000L |
|---|---|
| Motor power | 690 kW |
| Media diameter | 0.1–2.0 mm |
| Media filling amount | 2600–3150 kg |
| Adjustable speed | 0–300 rpm |
| Linear velocity | 0–16.5 m/s |
| Dimensions (L × W × H) | 5700 × 1900 × 1900 mm |
| Weight | 15 t |
| Chamber volume | 2070 / 1000 L (both values as printed; which is design and which is effective is still to be confirmed) |
| Operating energy | 500–550 kW per hour at normal operation (as printed; measurement basis to be confirmed) |
Reference specifications require material testing and engineering review. Final configuration is defined in the project technical agreement.
Where it works
Application Industries
- Battery Materials
- Carbon Nanotubes
- Lithium Iron Phosphate
Technical questions
Frequently Asked Questions
What does direct drive mean?
The permanent-magnet synchronous motor connects directly to the main shaft, removing the traditional belt transmission.
Is the 1000L label a verified working volume?
No. It is the source model label. The source prints two chamber volumes (2070 and 1000 L) without defining which is the design volume and which is the effective volume, so ask engineering to confirm before sizing.
What does the 500–550 kW figure cover?
It is the source's normal-operation energy figure. Whether it covers the whole machine or the main drive, and under which material and loading conditions, still needs confirmation.
Is a fixed energy saving guaranteed?
No. Operating-energy units and the comparison baseline require engineering clarification. Savings depend on the material, loading and process conditions.
What should a buyer provide?
Provide formulation, viscosity, feed and target particle sizes, output requirement and cooling conditions so engineering can review the drive, chamber and monitoring configuration.
Engineering consultation
Discuss Your Process Requirements
Tell our engineers about your material, target particle size, viscosity, capacity, and production goals.