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Ceramic Ball Mill Introduction

Formally known as the Mascot Ceramic Ball Mill, this device acts as a high-purity and pollution-free upgrade to conventional metal-lined grinding mills. Its core positioning targets medium and high-standard production lines for ceramics, new materials and high-purity non-metallic minerals. Its objective is to stably produce ultra-fine powder and homogeneous slurry with zero metal contamination, achieving refined particle size and stable quality with optimized operational safety.

Simply put, it is the ideal dedicated grinding equipment for high-purity raw material processing in ceramic and advanced material industries.

Ceramic Ball Mill Positioning

• Equipment Type: Low-speed rotary grinding mill (positioned for fine and ultra-fine grinding with non-metallic anti-contamination design).

• Product Fineness: 100–800 mesh, adjustable to meet diverse fine processing demands.• Core Value: While maintaining stable continuous grinding capacity, the mill avoids metal pollution through all-ceramic lining and media, improving product purity and added value.

Key Applicable Scenarios and Materials

• Applicable Materials: Ceramic clay, feldspar, quartz, kaolin, talc, zirconia and other high-purity non-metallic raw materials.

• Industry Applications: Ceramic tile and sanitaryware production, glass raw material processing, fine chemical filling materials, new functional materials and high-purity mineral deep processing.

Product Feature

Patented technology, with an Inner automatic thin-oil lubricating system, and a long oil change cycle.

Ceramic Ball Mill

Working principle

• Machine Positioning: Classified as a low-speed ball mill, it occupies an intermediate position between conventional ball mills and ultrafine grinding equipment. It is primarily utilized to grind high-purity ceramic raw materials into ultra-fine powders ranging from 100 to 800 mesh (approximately 0.015–0.154 mm). It serves as a core, pollution-free piece of equipment across various sectors, including ceramic manufacturing, glass processing, and fine chemical production.

• Working Principle: Ceramic raw materials are fed into the mill cylinder, where they are ground and mixed by the collision and friction of ceramic grinding media (instead of metal balls) and the rotating cylinder. The ground material is discharged as slurry or fine powder after passing through a sieving device; coarse particles fall back into the cylinder for further grinding, ensuring the fineness meets the requirements of ceramic production.

Ceramic Ball Mill principle

Technical parameter

Model Capacity
(t/h)
Rotate Speed
(r/min)
Grinding Balls
(t)
Power (kw) Gear Box
Model Speed Ratio
Φ1.2x4.5 1.6-5.8 30.3 5 55 ZD30 4.5
Φ1.5x5.7 3.5-6 26.34 11 130 ZD40 4
Φ1.83x6.4 6.5-15 23.9 21 210 ZD60 4.5
Φ1.83x7 7.5-17 24.5 23 245 ZD60 4.5
Φ2.2x6.5 14-20 21.4 31 280 ZD70 5
Φ2.4x7 17-28 20.4 39 380 ZD80 5
Φ2.4x8 20-35 20.3 42 570 ZD80 5
Φ2.4x12 35-45 20 63 800 MBY710 6.3
Φ2.4x13 35-48 19.4 68 800 MBY710 6.3
Φ2.6x13 40-55 19.5 82 1000 JDX800 6.3
Φ3x9 50-55 18.34 78 1000 JDX800 6.3
Φ3.2x9 60-70 17.6 95 1250 MBY900 7.1
Φ3.5x11 75-85 16.8 150 1250 JDX900 5.84
Φ3.8x12 85-110 17 175 1600 MBY800 5.6
Φ4.6x10+3.5 180-210 15 278 3550 JQS3500 15.1

*The output will vary according to different materials, feed particle size and other factors

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