Detailed Introduction:
The Target-type Airflow Pulverizer not only possesses the function of ultrafine pulverization, but also has the ability to classify and disperse agglomerates, making it widely applicable in modern industries. Below is a brief introduction to the Target-type Airflow Pulverizer.
The airflow pulverizer's primary pulverizing mechanism determines its broad range of applicability and high level of product fineness. Typical materials include: ultra-hard diamond, silicon carbide, metal powders, etc. Materials requiring high purity include: ceramic pigments, pharmaceuticals, biochemicals, etc. Materials requiring low temperatures include: pharmaceuticals, PVC. By changing the air source from ordinary air to inert gases such as nitrogen or carbon dioxide, the machine can be transformed into an inert gas-protected device, suitable for pulverizing and classifying materials that are flammable, explosive, or easily oxidized.
Working Principle of the Target-type Airflow Pulverizer:
As the material directly impacts and collides with the target using high-speed airflow (including multiple rebounds and pulverization within the chamber walls), it exerts an extremely high pulverizing force, enabling effective pulverization of most ductile and fibrous materials. The configuration of the volute separator allows coarse materials to continuously cycle through the pulverization process, resulting in a uniform particle size distribution. Hexagonal or toothed targets can be selected to meet the pulverization requirements of different materials.
Features of the Target-type Airflow Pulverizer:
· Pulverization can be performed at temperatures below room temperature, suitable for heat-sensitive and low-melting-point materials.
· As coarse materials continuously cycle through the pulverization process, the resulting particle size distribution is uniform.
· Hexagonal or toothed targets can be selected based on the properties and particle size of the raw materials to meet the pulverization requirements of different materials.
· Simple structure with no moving parts, allowing for continuous production.
· Noise level is lower than 80 decibels.
Contact Now
