Ceramic Ball Mill

The Ceramic Ball Mill is a high-end precision grinding equipment that utilizes high-purity, high-density ceramic materials for both its inner lining and grinding media. Its core design is dedicated to eliminating metallic ion contamination entirely, making it the ideal solution for processing materials with stringent requirements regarding iron content, chemical purity, color consistency, and electrical properties.

Diameter:600-3200 mm

Power:2.2-75 kW

Capacity:0.05-15 t/batch

Details
Advantage
Parameters
Application

Product Details

Introduction：The Ceramic Ball Mill is a high-end precision grinding equipment that utilizes high-purity, high-density ceramic materials for both its inner lining and grinding media. Its core design is dedicated to eliminating metallic ion contamination entirely, making it the ideal solution for processing materials with stringent requirements regarding iron content, chemical purity, color consistency, and electrical properties. It is widely used in industries such as electronic ceramics, advanced glazes, lithium battery materials, specialty chemicals, as well as food and pharmaceuticals, serving as essential equipment for producing high-purity, contamination-free ultra-fine powders.
Working Principle：Material, along with ceramic grinding balls of specified sizes, is loaded into a rotating drum lined with ceramic. As the drum rotates driven by the system, the ceramic balls are lifted to a certain height by centrifugal and frictional forces before cascading or cataracting down. During this process, the ceramic balls exert intense impact, abrasion, and shearing forces on the material, achieving ultra-fine grinding and homogeneous mixing. Since the entire grinding environment is composed of chemically inert ceramics, the material avoids any contact with metals throughout the process, thereby ensuring the highest possible purity of the final product.

Product Advantage

Zero Metal Contamination – Full ceramic lining and grinding media completely eliminate the introduction of metallic impurities like iron rust or shavings, which is critical for materials requiring “PPM”-level iron control.
Excellent Chemical Stability – High-quality ceramic offers superior resistance to acid and alkali corrosion, enabling safe processing of acidic, alkaline, or other chemically active materials without unwanted reactions.
High Purity & Color Protection – The metal-free nature ensures the intrinsic color and chemical properties of the material remain intact, which is essential for producing high-grade pigments, glazes, phosphors, and electronic materials.
Easy Cleaning & Hygiene – The dense, smooth ceramic surface resists material adhesion, allows for thorough cleaning and sterilization, and meets stringent hygiene and cross-contamination control standards in food, cosmetics, and pharmaceutical industries.
Wear-Resistant & Durable – Constructed with high-performance ceramics like high-alumina or zirconia, offering extreme hardness and wear resistance for long service life and reliable, stable long-term operation.

Product Parameters

Model	Charge Capacity (t/batch)	Drum Speed (r/min)	Motor Power (kW)	Lining Material
600×700	0.05	50	2.2	Ceramic, Silica Stone, Rubber, Metal (The required motor power varies depending on the chosen lining material and grinding media.)
800×600	0.075	42	3
900×1200	0.2	38.5	5.5
1300×1500	0.5	33	7.5
1500×1800	1.2	28.5	11
1800×2000	1.5	24	15
2600×2800	5	16.5	37
3000×3800	10	14.5	57.2
3200×4600	15	13.5	75

Product Application

Electronic Ceramics & Advanced Materials: Grinding electronic ceramic powders like alumina, zirconia, barium titanate, and ferrites for components such as MLCCs, substrates, and varistors.
Advanced Glazes & Ceramic Colors: Producing high-grade ceramic glazes, glass colors, enamel frits, and artistic glazes, ensuring vibrant, pure colors without blackening or discoloration.
New Energy Materials: Processing high-purity lithium battery cathode/anode materials (e.g., LFP, LCO) and solid-state electrolyte powders, avoiding metal impurities that compromise battery performance and safety.
Pharmaceuticals & Biomaterials: Grinding metal-ion-sensitive pharmaceutical intermediates, Active Pharmaceutical Ingredients (APIs), and bioceramics (e.g., hydroxyapatite), compliant with GMP standards.
High-Purity Chemicals & Food Industry: Producing high-grade cosmetic fillers (mica, titanium dioxide), food additives, flavors, and specialty chemicals with extreme purity requirements.