MQW fluidized bed airflow mill

Product Introduction

MQW fluidized bed airflow mill is an efficient ultrafine grinding equipment that integrates multiple nozzles, fluidized bed and turbine classification technology. It uses compressed air as the working medium to make the material fluidized, and achieves grinding through high-speed collision and friction between particles. The equipment is equipped with a built-in horizontal grading device, which integrates crushing, grading, and conveying, and can accurately adjust particle size. It operates in a closed manner throughout the process and is suitable for processing high hardness and high-purity materials, achieving continuous production. It is the core equipment in the field of fine processing.

Product Advantages

1.   Accurate particle size: The product particle size D97 can be adjusted between 2-45 microns, with regular particle shape, narrow distribution, and accurate vertex cutting;

2.   Efficient and energy-saving: fluidized design optimizes crushing efficiency, reducing energy consumption by 30% -40% compared to traditional air flow mills, and significantly improving product yield;

3.   Clean and high-purity: Low temperature media free crushing, minimal equipment wear, avoiding material pollution, suitable for high-purity demand scenarios;

4.   Easy to operate: program control, one click start stop, easy disassembly and cleaning, no dead corners on the inner wall, low maintenance cost;

5.   Strong adaptability: It can handle various dry materials with Mohs hardness below 9, supports inert gas protection, and is suitable for flammable and explosive materials.

Applicable materials

Suitable for ultrafine grinding of high hardness, high purity, heat sensitive and brittle materials, including chemical raw materials (pigments, resins), minerals (quartz, wollastonite), pharmaceuticals (traditional Chinese medicine slices, Western medicine raw materials), food (spices, pollen), abrasives (diamond, silicon carbide), new energy materials, ceramic raw materials, etc., not suitable for high viscosity and high toughness materials.

Application Industry

Widely used in industries such as fine chemicals, mineral processing, pharmaceuticals, food processing, ceramics, refractory materials, new energy, abrasive metallurgy, etc., it meets the needs of fine powder processing, high-purity material processing, and thermal sensitive material crushing, and helps to enhance product added value.