Working Principle

The compressed air passes through the nozzles evenly distributed around the pulverizing chamber and at a certain angle to the radial direction of the pulverizing chamber, converts pressure energy into velocity energy, and generates high-speed airflow, so that the powder material particles entering the pulverizing chamber continuously and uniformly through the feeding ejector , collide violently with each other, rub against each other and collide with the surface of the crushing chamber, so as to achieve the purpose of ultrafine crushing.

Features

Ultrafine grinding for dry brittle materials

High-purity micron and sub-micron ultrafine particles can be obtained by self-grinding and pulverization relying on the interaction between powders.

Equipped with inner lining of steel, anti-stick and ceramic materials, it can solve the crushing of hard and sticky materials.

The adiabatic expansion of the compressed gas through the nozzle produces a Joule-Thomson cooling effect, so that the pulverization is carried out at a low temperature, which is especially suitable for the ultrafine pulverization of heat-sensitive and low melting point materials.

It can realize continuous production and automatic operation.

Scope of Application

The machine is widely used in chemical, pesticide, light industry, food, medicine, non-metallic minerals, cosmetics and other industries and the crushing of various dry powder materials.

Main Technical Parameters of QS Series Horizontal Disc Jet Mill

Parameter \ model	QS50	QS100	QS200	QS300	QS350	QS600	QS1000
Air Consumption(m³/min)	0.6-0.8	1.1-1.55	2.5-3	5.0-6.0	7.2-10.8	18-28	88-121
Production Capacity(Kg/h)	0.5-2	2-10	10-30	10-75	30-150	200-600	1000-3000
Air Compressor Power(kW)	7.5	13-15	22	37	65-75	132-250	600-750
Crushing Pressure(MPa)	0.6-0.9	0.6-0.9	0.6-0.9	0.6-1.0	0.6-1.0	0.6-1.0	0.8-1.0
Product Granularity(um)	Micron and Submicron Scale