Ceramic Ball mill

Capacity
1.6–210 t/h
Motor
55 – 3550 kW

igh-Purity & Contamination-Free Grinding Solution: High-efficiency, contamination-free grinding technology engineered with high-alumina/zirconia liners and grinding media. Delivering sub-micron to nano-level fine particle processing for chemically sensitive and high-purity industrial materials.

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Zhongxin high-purity ceramic ball mill product isolated on white background
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Ceramic Ball Mill | High-Purity & Contamination-Free Grinding Solution

◎The Ceramic Ball Mill is an advanced, high-purity grinding equipment engineered for material crushing, fine pulverization, and homogenization with zero metallic contamination. Designed specifically for ultra-clean and chemically sensitive applications, it utilizes premium wear-resistant ceramic cylinder linings and grinding media (such as high-alumina, zirconia, or silicon carbide) for all material-contact surfaces. This completely eliminates iron, chromium, and heavy metal leaching while providing exceptional resistance to acid, alkali, and chemical corrosion during long-term operation.

◎Capable of processing raw materials with a Mohs hardness ≥ 9, the mill features precise particle size control (from sub-micron down to nano-level), low material adhesion, and a non-porous smooth surface for rapid cleaning between batches. Supporting both high-efficiency dry grinding and wet grinding (with water or organic solvents) with an equipment failure rate <1%, the Zhongxin ceramic ball mill is an indispensable solution for fine ceramics, electronic materials, new energy battery precursors, high-purity quartz, chemical processing, pharmaceuticals, and food additives.


White-background rendering of contamination-free ceramic ball mill unit - Zhongxin
Ceramic Ball mill

100% Contamination-Free & Zero Metal Pollution

With high-alumina or zirconia ceramic linings and grinding balls, the mill completely eliminates iron and heavy metal contamination, ensuring maximum purity for sensitive materials.

Ceramic Ball mill

Exceptional Corrosion & Acid Resistance

Featuring superior chemical inertness, the Zhongxin ceramic ball mill withstands strong acids, alkalis, and corrosive solvents without chemical reaction or liner degradation.

Ceramic Ball mill

Ultra-High Hardness & Extended Wear Life

Utilizing ceramic grinding media with a Mohs hardness ≥ 9, the equipment offers superior wear resistance, reducing media replacement frequency and extending overall service life.

Ceramic Ball mill

Versatile Dry and Wet Grinding Options

Seamlessly supports both dry fine pulverization and high-efficiency wet grinding (with water or solvents), easily achieving uniform sub-micron and nano-level particle sizes.

Ceramic Ball mill

Smooth Surface & Easy Cleaning Between Batches

The non-porous ceramic interior minimizes material adhesion and powder residue, enabling fast cleaning between batches and preventing cross-contamination.

Ceramic Ball Mill vs. Metal Ball Mill: Key Differences


FeatureZhongxin Ceramic Ball MillConventional Metal Ball Mill
Contamination RiskZero Metal Contamination (100% Purity)High risk of iron/chromium contamination
Corrosion ResistanceExcellent against strong acids & alkalisPoor; prone to rust and chemical reactions
Material HardnessHandles materials with Mohs hardness ≥ 9Restricted by steel liner hardness
Batch CleaningEasy & Fast (smooth, non-adherent surface)Difficult; residues stick to porous steel
Primary Industry FocusElectronics, chemical, battery materials, quartzConstruction aggregate, iron ore, coal grinding


Selecting the Right Ceramic Lining & Media Material

To achieve optimal grinding performance and cost-efficiency, Zhongxin offers three high-performance ceramic material options tailored to your slurry chemical properties and abrasion intensity:

◎High-Alumina Ceramics (Al₂O₃ ≥ 92% - 95%):

Best for: General high-purity mineral grinding, ceramic glazes, and industrial chemicals.

Advantages: High cost-effectiveness, excellent acid/alkali resistance, Mohs hardness 9.

◎Yttria-Stabilized Zirconia Ceramics (ZrO₂ ≥ 95%):

Best for: Ultra-hard materials, nano-level ultrafine grinding, and high-viscosity slurries.

Advantages: Exceptional fracture toughness, ultra-high density (6.0 g/cm³), zero spalling, Mohs hardness > 9.

◎Silicon Carbide Ceramics (SiC):

Best for: High-temperature grinding environments and extremely abrasive slurries.

Advantages: Superior thermal conductivity, extreme wear resistance, and high mechanical strength.

Working Principle: How the Contamination-Free Ceramic Ball Mill Operates

The  Ceramic Ball Mill achieves ultra-fine pulverization, mixing, and homogenization through controlled impact, friction, and shearing—delivering a 100% contamination-free grinding process:

1. Loading & Media Charging

Raw materials and high-purity ceramic balls (high-alumina or zirconia) are charged into the ceramic-lined cylinder. The media ratio and ball sizes are calibrated based on material hardness (Mohs ≥ 9) and target fineness.

2. Rotational Impact & Pulverization

As the motor rotates the cylinder (60%–75% of critical speed), centrifugal force lifts and drops the ceramic balls. Falling balls crush coarse feeds by high-energy impact, while rolling media finer-grind particles through continuous friction.

3. Flexible Dry or Wet Processing

Dry Grinding: Directly pulverizes dry materials into uniform fine powder.Wet Grinding: Adds water or solvents (e.g., ethanol) to eliminate dust and achieve sub-micron to nano-level fine grinding.

4. Discharge & Screening

After the grinding cycle, the slurry or dry powder is discharged through a screening mesh that separates the reusable ceramic balls from the high-purity finished product.


Large ceramic ball mill with high-precision girth gear transmission - Zhongxin

Product Photos

Specification

ModelCapacity
(t/h)
Rotate Speed
(r/min)
Grinding Balls
(t)
Power (kw)Gear Box
ModelSpeed Ratio
Φ1.2x4.51.6-5.830.3555ZD304.5
Φ1.5x5.73.5-626.3411130ZD404
Φ1.83x6.46.5-1523.921210ZD604.5
Φ1.83x77.5-1724.523245ZD604.5
Φ2.2x6.514-2021.431280ZD705
Φ2.4x717-2820.439380ZD805
Φ2.4x820-3520.342570ZD805
Φ2.4x1235-452063800MBY7106.3
Φ2.4x1335-4819.468800MBY7106.3
Φ2.6x1340-5519.5821000JDX8006.3
Φ3x950-5518.34781000JDX8006.3
Φ3.2x960-7017.6951250MBY9007.1
Φ3.5x1175-8516.81501250JDX9005.84
Φ3.8x1285-110171751600MBY8005.6
Φ4.6x10+3.5180-210152783550JQS350015.1


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Common Problems

This section is designed to address the most pressing inquiries customers may have regarding the daily operation, maintenance, product advantages, and after-sales service of our machine. Our aim is to help you gain a comprehensive understanding of our overall capabilities and enable you to make informed decisions for your projects.

The Zhongxin ceramic ball mill is specifically designed for high-purity, chemically sensitive, or corrosive materials where metal contamination must be avoided. It is widely used for electronic ceramic powders, quartz, feldspar, kaolin, battery cathode/anode materials, high-purity chemicals, pharmaceuticals, food additives, and glazes.

All internal components that come into contact with raw materials—including the grinding jar lining and the grinding balls—are made from high-purity wear-resistant ceramics (such as alumina, zirconia, or silicon carbide). This completely isolates the material from steel or alloy surfaces, ensuring zero iron, chromium, or heavy metal leaching.

High-alumina ceramics (typically 92% or 95% Al₂O₃) offer excellent wear resistance and chemical stability at a cost-effective price. Zirconia ceramics (ZrO₂) feature higher density, superior fracture toughness, and a Mohs hardness of ≥9, making them ideal for ultra-hard materials, faster grinding speeds, and sub-micron or nano-level fine grinding.

Yes. The ceramic ball mill seamlessly supports both dry powder fine grinding and high-efficiency wet grinding. Wet grinding uses water or organic solvents (such as ethanol) to reduce dust, prevent powder agglomeration, and achieve uniform, nano-grade particle dispersion.

To achieve optimal grinding efficiency, the rotational speed is typically set at 60%–75% of the mill's critical speed. The total volume of ceramic grinding balls usually occupies 40%–50% of the inner cylinder volume, and the ball size graduation is customized based on feed size and desired output fineness.

Yes. Engineering ceramics exhibit exceptional chemical inertness. Unlike metal grinding cylinders, ceramic liners withstand strong acids, alkalis, and corrosive organic solvents without chemical reactions, surface corrosion, or material degradation.

The non-porous, smooth surface of high-purity ceramic linings prevents powder adhesion and minimizes material residues inside the cylinder. This enables rapid, thorough clea

Zhongxin ceramic ball mills feature precision-engineered drive gearboxes, heavy-duty support bearings, and balanced cylinder structures. Combined with an automated central lubrication system, the robust mechanical framework maintains an equipment failure rate strictly under 1% for continuous industrial operation.

COMPREHENSIVE SERVICE & GENUINE SPARE PARTS

Zhongxin Heavy Industry provides not only high-performance equipment but also full life-cycle support solutions.

Ceramic Ball mill
Ceramic Ball mill
High-Purity Ceramic Liners & Custom Grinding Media

We supply a full range of original replacement wear parts, including high-alumina, zirconia, and silicon carbide ceramic cylinder liners, discharge screens, and precision ceramic balls (ranging from 0.5 mm to 60 mm). Engineered for extreme hardness (Mohs ≥ 9) and low wear rates, our grinding media and liners maximize purity and extend service life.

Service
Customized Turnkey Engineering & Batch Size Design

Our engineering team provides customized grinding solutions tailored to your specific material properties, target particle size distribution, and throughput requirements. We design and manufacture ceramic ball mills across various capacity scales—from laboratory testing units to large-scale industrial batch and continuous grinding production lines.

Service
On-Site Technical Support, Installation & Commissioning

Zhongxin provides comprehensive technical services worldwide, including foundation layout design, mechanical alignment, drive system calibration, and live system commissioning. We provide on-site operational training for technical staff and guarantee lifetime spare parts availability with 24/7 technical assistance.

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