Grinding & Milling

Capacity: 0.5 - 1,000 L

Dynamic Disc Type Horizontal Bead Mill

Dynamic Disc Type Horizontal Bead Mill: Horizontal disc-type bead mill for medium-to-fine grinding, with even media distribution for consistent particle size. Capacity range 0.5 - 1,000 L. Typical applications: Automotive Coatings, Industrial Coatings, Printing Inks, Architectural Paints, Pigment Pastes.

Horizontal disc-type bead mill for medium-to-fine grinding, with even media distribution for consistent particle size.

The POLYC Dynamic Disc Type Horizontal Bead Mill is a continuous wet grinding mill built for high-volume fine grinding of pigments, paints, inks, agrochemical SC formulations, ceramics and battery slurries. Material flows through a sealed horizontal grinding chamber where a dynamically agitated disc rotor drives 0.3 to 2.0 mm zirconia beads to reduce particle size, then discharges continuously without batch transfer.

ISO 9001 certified manufacturerIn-house R&D and manufacturingCE · EC Declaration of Conformity available3-year warranty on all equipment30-day delivery on standard modelsFree installation guidanceResponse within 24 hoursEngineering consultationGlobal shipping supportLab to 30,000 L production scale

Key Facts

Equipment Type
Grinding & Milling
Capacity / Batch Range
0.5 - 1,000 L
Motor Power
11 - 75 kW
Grinding Fineness / Bead Size
1 - 15 micron depending on media and passes
Typical Applications
Automotive Coatings, Industrial Coatings, Printing Inks, Architectural Paints

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Response within 24 hours · Engineering consultation · Application review available

Or contact us directly: export@polyc.site / WhatsApp +86-136-9679-4730

Where the Mill Performs Best

Applications

A dynamically agitated disc rotor in a sealed chamber gives the POLYC dynamic disc mill steady high-volume throughput and uniform 1 to 15 micron fineness, which makes it the right mill for continuous production lines rather than frequent small-batch changeover.

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Pigment Concentrates

Continuous fine grinding of high-density pigment slurries.

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Paints & Coatings

Paint base dispersion held at 1 to 15 micron fineness.

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Printing Inks

Ink vehicle dispersion with stable, repeatable particle size.

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Agrochemical SC

Suspension concentrate formulations with temperature control.

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Ceramic & Battery

Ceramic and electrode slurry grinding in a sealed chamber.

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High-Volume Lines

Continuous 50 to 1,500 L/h throughput for steady output.

Dynamic Disc Bead Mill at a Glance

Key Specs
5–150L
Chamber Volume
11–75kW
Motor Power
1–15µm
Fineness Range
0.3–2.0mm
Zirconia Media

Key Design Features

Engineering
Drive⚡

Dynamic Disc Rotor

  • High-energy grinding zone
  • Continuous agitation
  • Uniform fineness
Scalable🔨

Modular Chamber

  • 5 to 150 L range
  • 11 to 75 kW drive
  • Pilot to full line
Cool❄️

Jacketed Cooling

  • Jacketed chamber
  • Temperature interlock
  • Auto-stop on overheat
Media🧮

Zirconia Media

  • 0.3 to 2.0 mm
  • High-purity ceramic
  • Stable size reduction
Material🏭

Contact Options

  • Stainless steel
  • Ceramic-lined
  • Hardened alloy
Output🚚

Continuous Throughput

  • 50 to 1,500 L/h
  • Sealed chamber
  • No batch transfer

Applications by Industry

Selection
IndustryWhat the POLYC Dynamic Disc Bead Mill Delivers
Paints & CoatingsContinuous pigment grinding to 1 to 15 micron
Printing InksInk base dispersion with stable fineness
PigmentsHigh-density pigment concentrates
AgrochemicalsSC suspension concentrates, temperature controlled
CeramicsCeramic slurries and glaze grinding
Battery MaterialsElectrode and ceramic slurry grinding
CosmeticsCosmetic dispersions with gentle cooling
Specialty ChemicalsFine chemical grinding on a continuous line
Adhesives & SealantsFiller dispersion for viscous formulations
Inks & VarnishesVarnish and ink vehicle milling
PharmaceuticalsAPI suspensions where applicable
ConstructionColorant and paste grinding

Choosing the Right Dynamic Disc Bead Mill

How to Choose
1

Match throughput and chamber size

Pick a chamber from the 5 to 150 L range so the mill delivers your target 50 to 1,500 L/h continuous output, with smaller 5 to 30 L chambers for pilot and specialty runs.

2

Set fineness and media

Plan for the 1 to 15 micron window with 0.3 to 2.0 mm zirconia media; if you need sub-micron or nano sizes, pair the line with a pin-type nano bead mill instead.

3

Confirm contact material and cooling

Specify stainless steel, ceramic-lined or hardened alloy for the contact parts, and keep the jacketed chamber with temperature interlock for heat-sensitive agrochemical and ink formulations.

Related Technical Guides

Guides

Need a dynamic disc horizontal bead mill configured for your continuous grinding line?

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Application Scenarios: Gravure Ink, Printing Ink and Paste Grinding

Disc geometry makes this mill economical for continuous production. It is widely run as a bead mill for gravure ink and for printing ink base grinding where a stable particle-size distribution at 3-10 µm has to be held over long campaigns, and as a bead mill for paste where high-solids pigment or filler pastes must be reduced before letdown.

Selection 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 fineness10 – 50 µm
Throughput50 kg/h – 2 t/h
Maximum viscosity20,000 cps
Recommended zirconia bead size1.0 – 2.0 mm
Wetted parts optionsAlloy steel or polyurethane

Description

How it works

The POLYC dynamic disc type horizontal bead mill is a continuous wet grinding mill built for high-volume fine grinding of pigments, paints, inks, agrochemical SC formulations, ceramics and battery slurries. Material flows through a sealed horizontal grinding chamber where a dynamically agitated disc rotor drives 0.3 to 2.0 mm zirconia beads to reduce particle size, then discharges continuously without batch transfer, which makes it suited to steady high-volume production rather than frequent small-batch changeover. The mill covers a chamber volume of 5 to 150 L with motor power from 11 to 75 kW and throughput of 50 to 1,500 L/h, delivering a fineness range of 1 to 15 micron. The grinding chamber is jacketed for cooling water and fitted with a temperature interlock that stops the mill if material temperature exceeds the preset limit, protecting heat-sensitive formulations during continuous high-load grinding, and contact parts are offered in stainless steel, ceramic-lined or hardened alloy to match abrasiveness and corrosion needs. Operation is paired with a high-speed disperser for pre-dispersion in most paint, ink and agrochemical lines, and the mill is built for straightforward maintenance with accessible seals, screen and disc rotor. POLYC specifies chamber size, contact material, drive power and cooling per application, and provides layout, installation guidance and spare-part support for continuous-production lines.

INDUSTRIES THIS MACHINE SERVES

Industries we serve

TYPICAL PERFORMANCE REFERENCE

Typical performance reference
Material TypeTarget Particle SizeRecommended Bead SizeViscosity Range
Industrial coatings5-15 μm1.5-2.0 mmMedium
Ink / pigment paste1-5 μm0.8-1.2 mmLow to Medium
Battery materials< 1 μm0.4-0.8 mmMedium
Agrochemical SC3-10 μm1.0-1.5 mmMedium

Typical reference values only. Actual results depend on formulation, bead material, and process conditions. Material testing is recommended before final selection.

Looking for a complete ink or coating production line?

View Turnkey Ink Line →View Turnkey Paint Line →

BEAD MILL VS ALTERNATIVES

Dynamic disc bead mill or another mill?

BEAD MILL VS ALTERNATIVES comparison
DimensionPOLYC Dynamic Disc Bead MillBasket MillHigh-Speed DisperserPin-Type Bead Mill
ProcessContinuous fine grindingDispersion + grinding in one basketDispersion onlyContinuous ultra-fine grinding
Fineness1 - 15 micron5 - 20 micronPre-disperse onlySub-micron possible
Media0.3 - 2.0 mm zirconia1.2 - 2.5 mm zirconiaNone0.1 - 1.2 mm zirconia
Throughput50 - 1,500 L/h continuousBatch vesselBatchContinuous
CoolingJacketed + temp interlockOptional jacketLimitedJacketed chamber
Best forHigh-volume continuousMulti-shade batchPre-mixNano / ultra-fine
FootprintFixed lineOne unit, many tanksFixed unitFixed line

Read the full comparison guide: Basket Mill vs Bead Mill: Which to Use

Process Engineering

Working Principle

  1. Premixed slurry is pumped into the horizontal grinding chamber.

  2. Dynamic discs accelerate the media, producing impact, shear, and friction throughout the product.

  3. The large-diameter dynamic separator keeps media inside while accommodating higher-solids or higher-viscosity slurries.

  4. Segmented cooling passages remove heat before the product leaves the mill.

Equipment Benefits

Equipment Advantages

  • Large dynamic separator suits higher-solids and higher-viscosity products.

  • Double-end mechanical seal provides a robust modular sealing arrangement.

  • Segmented cooling passages improve heat exchange.

  • Wear-resistant contact-part options support abrasive duties.

Technical Data

Technical Specifications

Technical Specifications
ParameterValue
Chamber volume5 - 150 L
Motor power11 - 75 kW
Fineness range1 - 15 micron depending on media and passes
Media size0.3 - 2.0 mm zirconia
Throughput50 - 1,500 L/h depending on model and product
Contact materialStainless steel, ceramic-lined or hardened alloy
CoolingJacketed chamber with temperature interlock

PRODUCT INQUIRY

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Equipment Guidance

Frequently Asked Questions

What is the POLYC dynamic disc type horizontal bead mill and what does it do?

The POLYC dynamic disc type horizontal bead mill is a continuous wet grinding mill built for high-volume fine grinding of pigments, paints, inks, agrochemical SC formulations, ceramics and battery slurries. Material flows through a sealed horizontal grinding chamber where a dynamically agitated disc rotor drives 0.3 to 2.0 mm zirconia beads to reduce particle size, then discharges continuously without batch transfer.

What fineness can the dynamic disc bead mill achieve?

The mill delivers a fineness range of 1 to 15 micron using 0.3 to 2.0 mm high-purity zirconia media. For most pigment, coating and agrochemical applications this covers the standard 1 to 15 micron window; where sub-micron or nano sizes are required, a pin-type nano bead mill is the better choice.

What grinding media and contact materials are used?

Grinding uses 0.3 to 2.0 mm zirconia beads, and contact parts are available in stainless steel, ceramic-lined or hardened alloy depending on abrasiveness and corrosion needs. The ceramic-lined and hardened-alloy options protect the chamber when grinding abrasive pigments or fillers.

How is temperature controlled during continuous grinding?

The grinding chamber is jacketed for cooling water and fitted with a temperature interlock. The interlock stops the mill if material temperature exceeds the preset limit, protecting heat-sensitive formulations such as agrochemical SC and solvent-based inks during continuous high-load grinding.

What throughput and chamber sizes are available?

Chamber volume spans 5 to 150 L across the range, with motor power from 11 to 75 kW and throughput of 50 to 1,500 L/h. Smaller 5 to 30 L chambers suit pilot and specialty runs, while the 150 L chamber serves high-volume continuous lines.

How does a dynamic disc mill differ from a basket mill?

A basket mill works batch-wise in a single vessel and suits frequent colour changes and multi-shade production, while the dynamic disc horizontal bead mill runs continuously through a sealed chamber for higher hourly throughput and finer, more uniform particle size. Choose the bead mill for steady high-volume output and the basket mill for flexible small-to-medium batches.

Do I need a disperser before the bead mill?

Usually yes. A high-speed disperser first wets and deagglomerates the powder, then the bead mill does final fine grinding. This two-step process gives better results and faster milling than feeding dry powder directly into the bead mill, and it is the standard configuration for paint, ink and agrochemical lines.

Is the dynamic disc bead mill customizable and how is it maintained?

Yes. Chamber size, contact material (stainless, ceramic-lined or hardened alloy), drive power and cooling are specified per application, and the mill is built for straightforward maintenance with accessible seals, screen and disc rotor. POLYC provides layout, installation guidance and spare-part support for continuous-production lines.

Industry Applications

Applications

  • Automotive Coatings

    OEM topcoat and primer grinding to 5-10 µm in continuous duty

  • Industrial Coatings

    coil and can coating dispersion to ≤10 µm at 200-2000 L/h

  • Printing Inks

    gravure and flexo ink production to 3-8 µm

  • Architectural Paints

    high-volume latex grinding to 5-15 µm

  • Pigment Pastes

    continuous pigment concentrate production to 5-10 µm

  • Agrochemicals

    suspension concentrate milling to D90 ≤5 µm

  • Battery Materials

    electrode slurry processing to 1-5 µm

  • Ceramics

    glaze and electronic ceramic slurry grinding to 1-5 µm

  • Corrosion Protection

    anticorrosive primer production to ≤10 µm

  • Wood Coatings

    industrial wood coating dispersion to 5-10 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.

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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.

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25 Years Experience

Since 2001, POLYC has engineered wet grinding, dispersing and mixing systems for global manufacturers.

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3-Year Warranty

Every machine carries a 3-year warranty with ongoing spare-parts supply and technical support after delivery.

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30-Day Delivery

Standard models ship within 30 days of order confirmation. Custom-engineered lines are scheduled against your project timeline.

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Free Installation Guidance

Free installation guidance and operator training are included with every machine, covering commissioning and safe start-up.

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Custom Engineering

From lab-scale 0.5L to 12,000L production systems. Material testing, configuration and process design included.

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24-Hour Response

Engineering consultation within 24 hours. Application review, technical specs and quotation delivered fast.

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Global Shipping

Export-ready packaging with full documentation. DDP/FOB/CIF terms available for 80+ countries.

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Lifetime Technical Support

Genuine spare parts, remote diagnostics and lifetime technical support for every machine we build.

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Technical Consultation

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