Industry application solutions

Grinding and Dispersion Media for Diverse Industrial Processes

Match ceramic grinding media to the purity, viscosity, feed hardness, target particle size and economics of the actual application.

Battery slurry, coating pigment, electronic ceramic powder and non-metallic minerals place very different demands on a bead. Our application approach begins with the process risk—not a one-size-fits-all product claim.

Find Your ApplicationRequest a Process Review

3 media familiesDifferent purity, density and cost positions

6 application groupsFrom high-purity to high-volume duties

Trial-led selectionConfirm with the real mill and slurry

Industrial bead mill with battery, coating, mineral and ceramic material samples
Application illustration — actual media selection depends on the formulation, mill and product-quality limits.

What changes between industries

The Application Defines the Real Selection Priorities

The same bead can perform well in one formulation and poorly in another. These four constraints normally determine the first trial candidates.

01

Product Purity

Elemental pickup, colour carryover and media wear must remain inside the finished-product specification.

02

Slurry Resistance

Viscosity, solids loading and feed hardness determine how much bead mass and impact energy are useful.

03

Target Fineness

Fine dispersion needs frequent contact, but the bead must still be safely retained by the separator.

04

Production Economics

Throughput, media loss, cycle time and product yield matter more than purchase price alone.

Application areas

Start With Your Material and Process

Each of the six application groups now has a dedicated page covering its process priorities, media-selection logic and practical trial criteria.

01 / HIGH PURITY

Battery Materials

Long-duration milling of cathode, anode and conductive materials places strict demands on wear stability, particle-size consistency and contamination control.

  • LFP, NMC and related electrode materials
  • Submicron dispersion and narrow PSD
  • YSZ usually the first qualification candidate

View Battery Solution

02 / DISPERSION

Paints, Coatings & Inks

Pigment wetting, colour strength, gloss and filtration performance depend on stable dispersion without excessive temperature or media wear.

  • Industrial and automotive coatings
  • Printing and inkjet inks
  • Choice ranges from economical silicate to dense zirconia

View Coatings & Inks Solution

03 / PRECISION POWDERS

Electronic Ceramics & MLCC

Fine ceramic slurries require controlled chemistry and particle-size distribution while preserving the functional material system.

  • Barium titanate and dielectric slurry
  • Piezoelectric and technical ceramics
  • Separator-compatible small YSZ media

View Electronic Ceramics Solution

04 / FORMULATION

Agrochemical Suspension Concentrates

Small-media circulation and repeatable dispersion are important for low- to medium-viscosity SC formulations and storage stability.

  • Pesticide and crop-protection SC
  • Fine dispersion without screen loss
  • Silicate or zirconia selected by purity and wear limits

View Agrochemical SC Solution

05 / HIGH VOLUME

Minerals & Paper

Large-volume wet grinding must balance media consumption, energy input and throughput for the required product fineness.

  • Ground calcium carbonate and kaolin
  • Titanium-dioxide and mineral dispersion
  • Zirconium silicate for suitable general duties

View Minerals & Paper Solution

06 / QUALIFICATION

Pharma, Cosmetics & Advanced Materials

These applications require customer-specific qualification of material contact, cleaning, contamination and regulatory documentation.

  • Active ingredients and nano-dispersions
  • Cosmetic pigments and speciality powders
  • No regulatory suitability assumed without documentation

View Qualification Guidance

Media starting matrix

Common First Candidates by Application

This is a screening reference, not a substitute for testing. Product-contact regulations and customer specifications always take priority.

ApplicationYSZCe-TZPZirconium Silicate
Battery materialsFirst candidate
Purity and small-media capability		Trial
Only when cerium pickup is acceptable		Usually not first
Silicate and wear limits require review
Paints, coatings & inksTrial
High purity or fine premium products		Strong candidate
Viscous pigment and long production runs		General duty
Cost-sensitive routine formulations
Electronic ceramics / MLCCFirst candidate
Controlled chemistry and fine media		Trial
Qualification depends on formulation		Usually not first
Silicate pickup may be unacceptable
Agrochemical SCFine / strict grades
When wear and contamination are critical		Trial
For suitable viscous or long-run systems		General duty
Economical low- to medium-viscosity SC
Minerals & paperSpecialised
Premium product or difficult target		Hard / viscous feed
When density and toughness are useful		General duty
High-volume suitable mineral grinding
Pharma / cosmeticsQualification start
Document and validate the supplied grade		Qualification trial
Check chemistry and cleaning requirements		Usually not first
Use only after formal suitability review
“First candidate” means the normal technical starting point based on media properties. It does not imply automatic compliance or guaranteed process performance.

Application qualification

Information That Changes the Recommendation

A useful recommendation should explain why a chemistry and diameter fit the process. Send what is available; unknown details can be narrowed during the review.

Important: the separator screen or gap must be checked before moving to a smaller bead. Target particle size alone is not enough.
  • Material and formulation chemistry
  • Viscosity and solids content
  • Mill type and chamber volume
  • Separator screen or clearance
  • Current bead material and size
  • Feed particle size and target D90
  • Relevant elemental pickup limits
  • Batch, circulation or continuous process

Controlled application trial

Compare the Complete Milling Result

When two media are technically plausible, a controlled trial provides better evidence than density or price alone.

Step 1

Hold Conditions

Keep formulation, speed, filling ratio, flow and temperature as consistent as possible.

Step 2

Measure Output

Record throughput, D50/D90, viscosity, colour or dispersion quality and processing time.

Step 3

Check Media

Measure weight loss, breakage, separator deposits and relevant elemental pickup.

Step 4

Calculate Economics

Compare media and operating cost per tonne of acceptable finished product.

Application support

Start With Your Mill and Material

Share the process conditions you already know. We can help identify a sensible media chemistry, diameter range and sample plan without pretending that every application has the same answer.

Request an Application ReviewCompare Products

Useful details to include

  • Application material
  • Mill and separator
  • Current media
  • Viscosity / solids
  • Feed and target size
  • Purity limits
  • Trial quantity
  • Annual consumption