Minerals

There are over 3,000 known mineral species in nature, with approximately 200 being common. Among them, silicate minerals account for 90% of the Earth’s crust, and there are also important mineral groups such as native elements, sulfides, and oxides.

Minerals have a wide range of industrial applications: salts, borates, etc., serve as chemical raw materials; limestone and fluorite aid in steelmaking; graphite and magnesite are used in metallurgy; phosphides are key raw materials for chemical fertilizers; additionally, minerals are applied in pottery making, grinding, oil well drilling, and other fields.

When adding non-metallic powder fillers such as calcium carbonate and kaolin to polymers and composite materials like plastics and rubber, surface modification of the fillers is necessary. This modification enhances their compatibility and dispersibility with the matrix, as well as the mechanical strength and comprehensive performance of the materials.

Take a look at our solutions

for the following raw materials

Quartz

We can provide equipment that

meets these process requirements

High Collection Efficiency, Reduced Loss

Material collection efficiency reaches 99.9%, significantly minimizing loss during ultrafine powder processing. It is especially suitable for high-value-added powders, helping save raw material costs.

Multi-Material Protection for Key Components

Key components in contact with powders adopt multi-material protection (e.g., wear-resistant ceramics, food-grade coatings), which prevents wear and avoids impurity mixing, meeting the high-purity requirements of ultrafine powders.

Fully Sealed Operation, Clean & Low-Noise

The system features a fully sealed design, with no powder floating; operating noise is < 80dB. It complies with clean standards for precision processing and optimizes the production environment.

Simultaneous Drying & Dispersion

No additional equipment is needed—the same system can complete ultrafine powder drying and dispersion simultaneously, avoiding secondary pollution, reducing equipment investment, and improving efficiency.

Integrated Modification Function

The system comes with built-in powder modification capabilities (e.g., surface coating, particle size homogenization), requiring no extra configuration. It helps enhance the subsequent application performance of powders (e.g., moldability, dispersibility).

Customized Solutions

Optimal solutions are matched based on powder hardness, added value, and output, meeting the processing needs of different types of ultrafine powders.