Wet Grinding Mill – High-Efficiency Wet Grinding Solution for Fine & Ultrafine Mineral Processing

The Wet Grinding Mill is a high-performance grinding system designed for producing fine and ultrafine mineral slurries with exceptional particle size control. Backed by over 40 years of engineering expertise, Daswell provides reliable, energy-efficient wet grinding solutions for mineral processing, ceramics, pigments, and chemical industries.

Engineered for continuous operation, the Daswell Wet Grinding Mill delivers stable grinding performance, reduced operating costs, and consistent slurry quality while supporting a wide variety of industrial minerals and specialty materials.

Suitable Materials

The Daswell Wet Grinding Mill is suitable for processing numerous minerals and industrial materials, including:

• Calcium carbonate

• Quartz

• Talc

• Kaolin

• Soapstone

• Zeolite

• Barite

• Dolomite

• Limestone

• Silica

• Ceramic raw materials

• Pigments

• Chemical powders

Customized grinding configurations are available based on material hardness, abrasiveness, moisture content, and required particle size.

Technical Highlights

• Product fineness: Up to D60 ≤ 2 μm

• Dry product capacity: 2–5 t/h

• Continuous closed-loop grinding process

• High slurry uniformity

• Stable particle size distribution

• Energy-efficient operation

Working Principle

The Wet Grinding Mill utilizes a continuous grinding process that combines mechanical grinding and process optimization to achieve fine, consistent particle sizes.

Raw Material Preparation

Prepared raw materials are fed into the grinding system after suitable crushing or sizing. The system accommodates different feed sizes, moisture levels, and mineral characteristics to ensure stable operation.

Wet Grinding Process

Inside the grinding chamber, the material mixes with grinding media and liquid to form a slurry. The optimized grinding mechanism generates efficient impact and shear forces, reducing particles to the desired fineness.

Particle Size Control

Carefully selected grinding media, optimized chamber geometry, and controlled operating parameters ensure uniform particle size distribution while preventing over-grinding.

Continuous Slurry Discharge

The finished slurry is continuously discharged for downstream processing such as classification, filtration, drying, or direct industrial use, depending on production requirements