Pin Type Bead Mill
Horizontal pin-type bead mill for nanometer-range grinding, supporting media down to 0.2mm with centrifugal separation and force cooling.
Grinding & Milling
Ceramic/PU Pin Type Nano Bead Mill
Ceramic/PU Pin Type Nano Bead Mill: A nano bead mill with ceramic or polyurethane pin-type rotor, engineered for nanometre-scale dispersion of advanced materials. It is specified for bat. Capacity range 0.5 - 1,000 L. Typical applications: Battery Materials, Electronics, Printing Inks, Ceramics, Automotive Coatings.
A nano bead mill with ceramic or polyurethane pin-type rotor, engineered for nanometre-scale dispersion of advanced materials. It is specified for bat
A nano bead mill with ceramic or polyurethane pin-type rotor, engineered for nanometre-scale dispersion of advanced materials.
Key Facts
- Equipment Type
- Grinding & Milling
- Capacity / Batch Range
- 0.5 - 1,000 L
- Motor Power
- 5.5 - 45 kW
- Grinding Fineness / Bead Size
- sub-100 nm to 2 micron depending on media and product
- Typical Applications
- Battery Materials, Electronics, Printing Inks, Ceramics
Request a Quote
Response within 24 hours · Engineering consultation · Application review available
Where the Ceramic/PU Pin Type Nano Bead Mill Performs Best
Industry ApplicationsCeramic/PU Pin Type Nano Bead Mill is applied across multiple industries. The configuration is matched to your material, fineness target and batch volume.
🎨
Battery Materials
LFP and NMC cathode slurry grinding to 200 nm-2 μm with ceramic lining
🧪
Electronics
carbon nanotube and conductive additive dispersion to ≤500 nm
🚗
Printing Inks
inkjet and digital ink grinding to sub-micron fineness
🪓
Ceramics
MLCC dielectric slurry milling to 100-500 nm
🖨
Automotive Coatings
high-end topcoat nano dispersion to ≤1 μm
🌾
Pharmaceuticals
nanosuspension production to 100-500 nm
Ceramic/PU Pin Type Nano Bead Mill at a Glance
Series Overview0.5 - 60 L
Chamber / capacity
5.5 - 45 kW
Motor power
sub-100 nm to 2 micron depending on media and product
Fineness
0.05 - 0.8 mm zirconia
Media / agitation
Key Design Features
Engineering⚙️
Ceramic or PU pin-type rotor delivering high
Ceramic or PU pin-type rotor delivering high shear for nanometre dispersion
⚙️
Fully ceramic-lined chamber option eliminating metallic contact
Fully ceramic-lined chamber option eliminating metallic contact in the grinding zone
⚙️
Small media capability down to 0.05 mm
Small media capability down to 0.05 mm for nano-scale targets
⚙️
Precise temperature control with jacketed chamber and
Precise temperature control with jacketed chamber and outlet interlock
⚙️
Contamination-controlled design with ceramic or polymer-coated contact
Contamination-controlled design with ceramic or polymer-coated contact parts
⚙️
Scalable geometry from laboratory through pilot to
Scalable geometry from laboratory through pilot to production configurations
Applications by Industry
Selection| Industry | Typical Application |
|---|---|
| Battery Materials | LFP and NMC cathode slurry grinding to 200 nm-2 μm with ceramic lining |
| Electronics | carbon nanotube and conductive additive dispersion to ≤500 nm |
| Printing Inks | inkjet and digital ink grinding to sub-micron fineness |
| Ceramics | MLCC dielectric slurry milling to 100-500 nm |
| Automotive Coatings | high-end topcoat nano dispersion to ≤1 μm |
| Pharmaceuticals | nanosuspension production to 100-500 nm |
| Cosmetics | sunscreen and pigment nano dispersion to ≤500 nm |
| Pigment Pastes | nano pigment concentrate production to sub-micron |
| Agrochemicals | nano formulation research to D90 ≤1 μm |
| Industrial Coatings | high-performance coating nano dispersion to ≤1 μm |
Choosing the Right Ceramic/PU Pin Type Nano Bead Mill
How to Choose1
Define target fineness
Define target fineness, contamination limit, slurry viscosity, solids loading, and required throughput.
2
Select ceramic or polyurethane contact parts from purity
Select ceramic or polyurethane contact parts from purity, abrasion, and solvent compatibility.
3
Confirm grinding-media size and separator configuration by
Confirm grinding-media size and separator configuration by laboratory material testing.
Related Technical Guides
Guides
GuideBead Mill Selection for Battery Materials
GuideZirconia Grinding Media Guide: Selection, Operation and Wear Management
ArticleInk Production Process Deep Dive: Parameters, Problems & Optimization
ArticleInk Production Line: From Pigment Grinding to Filling
Need help specifying the Ceramic/PU Pin Type Nano Bead Mill for your process?
Request a QuotationSelection Parameters
Choose this bead mill when your target process falls within the following ranges. The final bead size and model are confirmed after reviewing your material and target fineness.
| Target fineness | sub-100 nm to 2 micron depending on media and product |
|---|---|
| Chamber volume | 0.5 - 60 L |
| Recommended media | 0.05 - 0.8 mm zirconia |
| Wetted parts | Ceramic-lined chamber, ceramic or PU rotor |
| Cooling | Jacketed chamber with temperature interlock |
Description
How it works
A nano bead mill with ceramic or polyurethane pin-type rotor, engineered for nanometre-scale dispersion of advanced materials. It is specified for battery conductive additives, electronic ceramics, nano pigments and pharmaceutical nanosuspensions where contamination control and precise energy input Ceramic or PU pin-type rotor delivering high shear for nanometre dispersion Fully ceramic-lined chamber option eliminating metallic contact in the grinding zone Small media capability down to 0.05 mm for nano-scale targets Typical applications include Battery Materials, Electronics, Printing Inks, Ceramics. Define target fineness, contamination limit, slurry viscosity, solids loading, and required throughput.
INDUSTRIES THIS MACHINE SERVES
Industries we serve
Battery Materials
Cathode/anode slurry grinding for lithium battery production, with metal contamination control.
Learn more →Agrochemicals
SC suspension concentrate and water-based pesticide formulation grinding.
Learn more →TYPICAL PERFORMANCE REFERENCE
| Material Type | Target Particle Size | Recommended Bead Size | Viscosity Range |
|---|---|---|---|
| Industrial coatings | 5-15 μm | 1.5-2.0 mm | Medium |
| Ink / pigment paste | 1-5 μm | 0.8-1.2 mm | Low to Medium |
| Battery materials | < 1 μm | 0.4-0.8 mm | Medium |
| Agrochemical SC | 3-10 μm | 1.0-1.5 mm | Medium |
Typical reference values only. Actual results depend on formulation, bead material, and process conditions. Material testing is recommended before final selection.
MACHINE COMPARISON
Which configuration fits your process?
| Parameter | Ceramic/PU Pin Type Nano Bead Mill | Basket Mill | 1000L Basket Mill For Pigment | 20L Pin Type Bead Mill |
|---|---|---|---|---|
| Chamber / capacity | 0.5 - 60 L | 30 - 1,500 L | 1,000 L | 20 L |
| Motor power | 5.5 - 45 kW | 4 - 45 kW | 30 - 55 kW | 5.5 - 11 kW |
| Fineness | sub-100 nm to 2 micron depending on media and product | 5 - 20 micron depending on media and formulation | 5 - 20 micron | sub-micron to 10 micron depending on media |
| Media / agitation | 0.05 - 0.8 mm zirconia | 0.3 - 2.0 mm zirconia | 1.2 - 2.5 mm zirconia | 0.1 - 1.5 mm zirconia |
| Throughput | 5 - 400 L/h depending on model and product | — | — | 10 - 60 L/h depending on product |
Read the full comparison guide: Bead Mill Selection for Battery Materials
Process Engineering
Working Principle
- 1
Premixed slurry is pumped through a ceramic- or polyurethane-lined chamber containing fine grinding media.
- 2
Pin agitation creates high-frequency impact and shear while nonmetallic contact parts limit metallic contamination.
- 3
A media separator retains the beads and cooling removes heat during continuous or recirculating operation.
Equipment Benefits
Equipment Advantages
- ✓
Ceramic or polyurethane contact parts reduce metallic contamination.
- ✓
Fine-media operation supports nano-scale grinding development.
- ✓
Closed circulation improves cleanliness and product containment.
- ✓
Cooling and wear-resistant construction support stable production.
Technical Data
Technical Specifications
| Parameter | Value |
|---|---|
| Chamber volume | 0.5 - 60 L |
| Motor power | 5.5 - 45 kW |
| Fineness range | sub-100 nm to 2 micron depending on media and product |
| Media size | 0.05 - 0.8 mm zirconia |
| Throughput | 5 - 400 L/h depending on model and product |
| Contact material | Ceramic-lined chamber, ceramic or PU rotor |
| Cooling | Jacketed chamber with temperature interlock |
PRODUCT INQUIRY
Get Price & Specs for This Product
Tell us your material and capacity, our engineer will reply within 24 hours.
Thank you! Our engineer will contact you within 24 hours.
Equipment Guidance
Frequently Asked Questions
What fineness can the Ceramic/PU Pin Type Nano Bead Mill reach?
Depending on media size, rotor geometry and the number of passes, the Ceramic/PU Pin Type Nano Bead Mill reaches sub-100 nm to 2 micron depending on media and product. The endpoint is confirmed on your own material in a trial run, so the configuration matches your formulation rather than a catalogue figure.
What grinding media does the Ceramic/PU Pin Type Nano Bead Mill use?
The mill runs with high-purity zirconia or ceramic media selected to the target fineness and the separator opening. Chamber and rotor options are chosen to suit the material; product-contact parts are Ceramic-lined chamber, ceramic or PU rotor.
What capacity and power does the Ceramic/PU Pin Type Nano Bead Mill cover?
Capacity is 0.5 - 60 L, with motor power 5. The model is selected from your batch volume, solids loading and required cycle time.
Which materials is the Ceramic/PU Pin Type Nano Bead Mill used for?
Typical duties cover Battery Materials, Electronics, Printing Inks. POLYC reviews your material data before recommending a chamber, media size and pass count.
How do I select the right configuration?
Provide the material type, starting and target particle size, solids loading, batch volume and required throughput. POLYC returns a configuration with media recommendation and an expected pass count.
Industry Applications
Applications
Battery Materials
LFP and NMC cathode slurry grinding to 200 nm-2 µm with ceramic lining
Electronics
carbon nanotube and conductive additive dispersion to ≤500 nm
Printing Inks
inkjet and digital ink grinding to sub-micron fineness
Ceramics
MLCC dielectric slurry milling to 100-500 nm
Automotive Coatings
high-end topcoat nano dispersion to ≤1 µm
Pharmaceuticals
nanosuspension production to 100-500 nm
Cosmetics
sunscreen and pigment nano dispersion to ≤500 nm
Pigment Pastes
nano pigment concentrate production to sub-micron
Agrochemicals
nano formulation research to D90 ≤1 µm
Industrial Coatings
high-performance coating nano dispersion to ≤1 µm
WHY POLYC MACHINE
Built on 25 Years of Engineering Excellence
Every machine is designed by our in-house R&D team, built in our own factory, and supported by the same team that has delivered over 8,000 systems worldwide.
ISO 9001 & CE Certified
Manufactured under an ISO 9001 quality management system. All machines comply with CE directives, with EC Declaration of Conformity for every order.
25 Years Experience
Since 2001, POLYC has engineered wet grinding, dispersing and mixing systems for global manufacturers.
3-Year Warranty
Every machine carries a 3-year warranty with ongoing spare-parts supply and technical support after delivery.
30-Day Delivery
Standard models ship within 30 days of order confirmation. Custom-engineered lines are scheduled against your project timeline.
Free Installation Guidance
Free installation guidance and operator training are included with every machine, covering commissioning and safe start-up.
Custom Engineering
From lab-scale 0.5L to 12,000L production systems. Material testing, configuration and process design included.
24-Hour Response
Engineering consultation within 24 hours. Application review, technical specs and quotation delivered fast.
Global Shipping
Export-ready packaging with full documentation. DDP/FOB/CIF terms available for 80+ countries.
Lifetime Technical Support
Genuine spare parts, remote diagnostics and lifetime technical support for every machine we build.
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Technical Consultation
Need help choosing the right equipment?
Tell us about your material and process. Our engineering team will recommend the right configuration.
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