As for the individual airflow pulverizer main unit, it has no moving parts and no transmission devices such as motors. The high-pressure air generated by the air compressor is instantly released into the interior of the pulverizer through the airflow nozzles. There is no traditionalGrinding media such as "grinding rings," "grinding balls," and "grinding tracks" come into contact with the material. The material is driven by high-pressure air, causing it to collide with itself inside the main crushing unit to achieve the purpose of pulverization. The entire crushing process does not involve traditional prolonged pressure or friction. The material is pulverized through its own mutual collision forces, and the process is independent of the equipment's material composition. This makes it suitable for crushing high-hardness, high-purity, and heat-sensitive materials, while also eliminating traditional equipment wear issues.

Equipment Features

This jet mill is standardly equipped with one vertical turbine classifier, where crushing and classification work in coordination and are completed simultaneously. By adjusting the rotational speed of the classifier via frequency conversion, the fineness of the product can be arbitrarily adjusted. If a single processing flow requires products of multiple particle size ranges, two to four additional classifiers can be installed on the basis of the standard one, turning the machine into a two-stage crushing and classification unit.-Five-in-a-row machine.
The overall equipment can be made of carbon steel, stainless steel, or other specified materials, and the inner lining can also be customized as needed.
Scope of Application

The crushing mechanism of this jet mill determines its wide applicability and high fineness of the finished product. Typical materials include: ultra-hard materials such as diamond, silicon carbide, and metal powders; high-purity requirements such as ceramic pigments, pharmaceuticals, and biochemicals; and low-temperature requirements such as pharmaceuticals.PVCBy replacing the ordinary air in the air source section with inert gases such as nitrogen or carbon dioxide, this machine can be converted into an inert gas protection device, suitable for the crushing and classification of materials that are flammable, explosive, or prone to oxidation.

Device Parameters

Equipment Display