Application field of jet mill

Jet mills are widely used in chemical, mining, abrasives, refractory materials, battery materials, metallurgy, building materials, pharmaceuticals, ceramics, food, pesticides, feed, new materials, environmental protection and other industries and the ultra-fine grinding and dispersing of various dry materials And particle shaping, it has a wide range of uses.

1.   Chemical industry:

(1) The ultra-fine catalyst can increase the oil cracking rate by 1 to 5 times;

(2) Chemical fiber, textile, increase smoothness (addition of titanium oxide, silicon oxide);

(3) Rubber, strengthening, lightening, anti-aging (calcium carbonate, titanium oxide);

(4) Coatings, dyes, high adhesion, high performance;

(5) Daily chemical industry, cosmetics, toothpaste, etc.

2.  Biology and medicine:

(1) Submicron and nano injections;

(2) Drug refining and enhanced absorption rate (superfine calcium);

(3) Health care products are refined to increase the absorption rate;

3.  Military, aviation, electronics, aerospace and other fields:

(1) Super hard, impact-resistant materials, ceramic powder, hard plastics (light weight);

(2) Ultra-fine silicon oxide, high-performance resistance material;

(3) Ultrafine iron oxide powder, high-performance magnetic material;

(4) Ultra-fine oxidizers and explosives, the burning rate is increased by 1 to 10 times;

(5) Superfine graphite, high-performance picture tube and electronic countermeasure materials.

4.  Food processing industry:

(1) Fiber food rations, wheat bran, oat hulls, corn germ residue, soybean hulls, rice bran, sugar beet residue and bagasse. After the compressed air of the fluidized bed pulverizer is frozen, filtered and dried, it forms a supersonic airflow through the nozzles and is injected into the pulverizing chamber to fluidize the material. The accelerated material merges at the intersection of the jet airflows of several nozzles, resulting in violent The collision, friction and shearing of the particles can achieve ultra-fine grinding of the particles. The ground material is transported to the impeller classification area by the rising airflow. Under the action of the centrifugal force of the classification wheel and the suction force of the fan, the coarse and fine powder are separated. The coarse powder returns to the crushing chamber according to its own gravity and continues to be crushed. The airflow enters the cyclone collector, the fine dust is collected by the bag filter, and the purified gas is discharged by the induced draft fan.

(2) Micropowders such as calcium supplement foods, animal bones, shells, skins, etc. are easier to be absorbed and utilized by the human body than inorganic calcium;

(3) Chitin, crab shells, shrimp shells, maggots, pupae and other ultra-fine powders. The all-ceramic mechanical crusher is a combination of similar crusher technologies at home and abroad, and has the advantages of impact crushing and hammer crushing. The new type of fine crushing and coarse grinding products developed by optimizing the main technical parameters have the characteristics of large crushing ratio, low energy consumption, stable operation, simple structure, and convenient operation and maintenance. The jet mill is a truly multi-purpose, high-efficiency, low-cost new type of grinding equipment.

(4) Soft drinks can be processed by adopting airflow micro-pulverization technology. It can develop soft drinks such as powdered tea, soybean solid beverages, superfine bone meal, and prepare calcium-rich beverages and instant mung bean flavors.