Product Description
The Ceramic Ball Mill is a high-performance industrial grinding
system engineered for precision milling across ceramics, chemicals,
pharmaceuticals, and advanced material processing. Designed with
flexibility in mind, this mill supports both dry and wet grinding
methods, enabling tailored processing based on material properties
and end-use requirements. It accommodates feed materials up to 25
mm and delivers finely controlled particle sizes between 0.074 and
0.4 mm, ensuring consistency and quality in ground outputs.
With adjustable rotation speeds of 9–35 rpm (standard) and up to
30–80 rpm for enhanced intensity, the mill offers precise control
over grinding efficiency and particle fineness. Its robust 4.5-ton
construction ensures operational stability, reduced vibration, and
long-term durability, while the wear-resistant ceramic lining
prevents contamination and extends service life.
Operating at a low noise level below 75 dB, this ball mill promotes
a quieter and safer work environment. Finished in a clean white
exterior, it is suited for laboratory, pilot-scale, and industrial
settings. Backed by a one-year warranty and a flexible capacity
range of 0.5–500 kg, the Ceramic Ball Mill provides scalable,
reliable, and efficient grinding for diverse material processing
applications.
Features
Product Name: Ceramic Ball Mill
Feeding Size: ≤25 mm
Discharge Size: 0.074–0.4 mm
Grinding Methods: Dry or Wet Process
Rotation Speed: 9–35 rpm (standard), 30–80 rpm (adjustable)
Weight: 4.5 Tons
Noise Level: <75 dB
Color: White
Capacity Range: 0.5–500 kg
Warranty: 1 Year
Technical Parameters
Applications
The Ceramic Ball Mill is extensively used in advanced ceramics production for grinding raw materials into fine powders used in tiles,
refractories, technical ceramics, and composite materials. It
ensures homogeneity and controlled particle size, which are
critical for product performance.
In the chemical and pharmaceutical industries, the mill processes pigments, catalysts, active ingredients, and
specialty chemicals under dry or wet conditions, enabling uniform
dispersion and consistent batch quality. It also supports materials research and development, providing scalable grinding for laboratory experiments, pilot
studies, and industrial-scale production across ceramics,
chemicals, minerals, and engineered materials sectors.
