Miron Steam Jet Mill Aedelforsite Micronizer/pulverizer Classifier/jet Milling Machine/ultrafine Powder Grinder Separator

Specifications

Steam Jet Mill

General

    The grinding of steam jet mill is achieved by using superheated steam as processing medium. The superheated steam is speeded up into high-velocity airflow that accelerates inter-particle collision of materials through annular supersonic nozzles. The ground materials will be classified by turbo air classifier, and then qualified powder will be collected by the posterior collecting system while the unqualified will be returned to grinding zone to be ground again. The steam in the whole system keeps superheated, and total dry processing is employed in producing.

Working Principle: Steam jet mill adopts high temperature mechanical technology and uses hot steam as media for high speed movement to perform materials pulverization. The finest particles are brought to collector by turbine grader, the coarser grains will be swirled back to grinding chamber. the whole production line is dry-type processing due to the steam in the system keeps overheating.  

LNGS Steam Jet Mill is a new superfine pulverizing device, is our patent product. Main features: high efficiency grinding, large capacity, lower energy consumption, unit power consumption is only 1/5~1/8 of jet mill.

1.High efficiency grading. The flow speed of steam jet mill is up to 1000m/s(convectional air jet mill is 500m/s). 

2.Lower energy consumption. Steam jet mill uses superheated steam as kinetic energy, the rate of energy usage is up to 90%.

3.Large capacity. The dimension of jet mill depends on the size of steam source device, the biggest air compressor is 200~300m3/min currently, its hard to large scale, however the industrial boiler is more popularization, it’s easy to meet the requirements of large steam jet mill, greatly improving the single equipment capacity.  

4.Grinding in closed system, to avoid contact with air. It has protect blast, antistatic, anti-oxidation.

5.The product has well dispersion, and simultaneous dry function in processing.

6.Due to reduce the processing cost, greatly expand the scope of processing, this equipment can be used for high added value non-heating sensitive material and non-metallic mineral material superfine pulverizing.

Features

• Energy saving, using superheated steam as driving force, few process of energy conversion;
• Obtaining higher fineness, possible to grind some materials down to submicron or even nanometer range;
• Few quick-wear parts & low maintenance costs;
• Safe processing and high combustion efficiency;  
• Low cost and large-scale ultrafine powder processing

Applications

Typical materials: fly ash, titanium dioxide, coal powder, petroleum coke, carbon black, graphite, mica, talc, quartz, barite, kaolinite, diatomite, aluminium/ magnesium hydroxide, metallic oxide and agrochemicals etc.

Technical Data

Personalized design to solve the affairs on grinding and classification.

OFFICE AND PLANT 

PATENT FOR INVENITON

 COMMUNICATION WITH CUSTOMERS