Wet Grinding Equipment
Turbine Bead Mill
TSM turbine bead mills for wet grinding of low- to medium-viscosity slurries. Compare 10–250 L reference models and ceramic or PU contact-material options.
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Prepared from Yushun’s 2026 product knowledge base. Model data is preliminary selection guidance. Technical translations and final configurations require engineering review; flow and batch figures are not performance guarantees.
Product Overview
How it works
A turbine dispersion structure creates multiple slurry streams and vortex action, transferring energy through the grinding media for wet grinding and dispersion. The process is intended for low- to medium-viscosity materials; particle morphology and temperature limits require testing.
How to choose
Provide viscosity, solids content, feed and target particle sizes, contamination limits, temperature limits and required output. Effective chamber volume, batch capacity and flow rate are different quantities. Match media and contact materials to the formulation.
Turbine vs. pin-type grinding
Evaluate turbine grinding for low- to medium-viscosity continuous processes. Compare a pin-type nano bead mill when the formulation needs a different shear configuration; neither design guarantees a result without trials.
Process integration
Start with a laboratory bead mill for formulation evaluation. Review the coatings application and discuss project requirements.
Equipment configuration
Core Features
- Turbine dispersion structure promotes multiple slurry streams and vortex action.
- Designed for continuous wet grinding of low- to medium-viscosity materials.
- Optional ceramic or polyurethane (PU) contact parts help reduce metal contamination risk.
- Cooling, media and controls are selected for the formulation and process target.
Configuration guide
Technical Specifications
| Series | TSM |
|---|---|
| Effective grinding volume | 10–250 L |
| Process | Wet grinding |
Reference specifications require material testing and engineering review. Final configuration is defined in the project technical agreement.
| Model | Effective volume (L) | Motor power (kW) | Media diameter (mm) | Batch capacity (L) | Reference flow (kg/h) |
|---|---|---|---|---|---|
| TSM-10 | 10 | 18.5-22 | 0.3-2.0 | 50-200 | 200-1000 |
| TSM-30 | 30 | 37-45 | 0.3-2.0 | 200-1500 | 300-2000 |
| TSM-60 | 60 | 75-90 | 0.3-2.0 | 300-2000 | 500-2000 |
| TSM-90 | 90 | 90-110 | 0.3-2.0 | 500-2500 | 700-3500 |
| TSM-150 | 150 | 160-200 | 0.3-2.0 | 800-4500 | 800-5000 |
| TSM-250 | 250 | 250-280 | 0.3-2.0 | 800-6000 | 800-6500 |
| Model | Dimensions (mm) | Weight (kg) |
|---|---|---|
| TSM-10 | 1200 × 1100 × 1600 | 960 |
| TSM-30 | 1700 × 1050 × 1850 | 1900 |
| TSM-60 | 2150 × 1150 × 1900 | 3000 |
| TSM-90 | 2400 × 1200 × 2000 | 4700 |
| TSM-150 | 2700 × 1200 × 2300 | 6700 |
| TSM-250 | 3300 × 1800 × 2500 | 8200 |
Where it works
Application Industries
- Coatings and Inks
- Pigments
- Ceramic Slurries
- Electronic Materials
Technical questions
Frequently Asked Questions
What materials is a turbine bead mill intended for?
Low- to medium-viscosity slurries such as coatings, inks, pigments, ceramic slurries and electronic materials. Confirm suitability using the actual formulation.
What grinding media sizes are listed?
The TSM reference table lists 0.3–2.0 mm. Media selection must match the model, separator and target particle size.
Can it process high-viscosity materials?
This series is intended primarily for low- to medium-viscosity materials. Compare pin-type or other configurations with engineering for higher viscosity.
Can contact materials be selected?
Ceramic or PU contact parts can be evaluated to reduce metal contamination risk. Compatibility and wear behavior require material testing.
Does it guarantee particle shape or final fineness?
No universal result is promised. Particle morphology, size distribution and temperature must be assessed through trials with the proposed configuration.
Are flow figures guaranteed throughput?
No. Values are preliminary reference ranges in kg/h, not guaranteed finished-product output. Viscosity, feed size and final fineness affect performance.
Engineering consultation
Discuss Your Process Requirements
Tell our engineers about your material, target particle size, viscosity, capacity, and production goals.