MQP Disk Airflow Grinding Machine

Product Introduction

MQP disc airflow mill is an ultrafine grinding equipment based on a disc type grinding chamber design, powered by compressed air. Under the driving force of high-speed rotating airflow, materials undergo frequent high-speed impacts, friction, and shearing within the disc cavity, resulting in their pulverization into micrometer sized ultrafine powders. The equipment integrates crushing and grading, has a compact structure, high crushing efficiency, and can achieve high-precision particle size control. It is an ideal choice for the preparation of high value-added and high-purity powder materials.

Product Advantages

Thoroughly crushed: using supersonic airflow acceleration, with high impact energy, the finished product fineness can reach D50 3-15 μ m, and some materials can reach micrometer level or below, with regular particle shape.

High purity and pollution-free: There is no mechanical wear during operation, which avoids the mixing of metal impurities and can meet the requirements of high-purity and high-precision products.

Low temperature crushing: The adiabatic expansion process produces a refrigeration effect, suitable for low-temperature ultrafine processing of heat sensitive, flammable and explosive materials.

Energy consumption economy: Compared with traditional ball mills, the energy consumption per unit product is reduced by 30% -50%, significantly saving production costs.

Easy maintenance: adopting a quick opening structure, with no dead corners in the inner cavity, convenient disassembly and cleaning, and low maintenance costs.

Applicable materials

Suitable for ultrafine grinding of various dry, brittle, and non viscous materials with a Mohs hardness below 9.

Minerals: calcium carbonate, talc, kaolin, quartz, silica micro powder, etc. Chemical industry: pigments, dyes, resins, flame retardants, friction materials, etc. Food and medicine: spices, pollen, traditional Chinese medicine decoction pieces, raw materials for health products, etc. New energy materials: positive electrode materials, negative electrode materials, ceramic raw materials, etc. for lithium batteries.

Application Industry

Widely used in industries such as fine chemicals, non-metallic mineral processing, new materials, pharmaceuticals, food, ceramics, abrasives, etc. Especially suitable for manufacturing fields with strict requirements for powder purity, fineness, and particle shape, such as electronic information, new energy lithium batteries, coatings, etc.