Turbo Pulverizer for GLIMMER

Turbo Pulverizer for Glimmer is one of the commonly used ultra-fine pulverization methods, widely used in ultrafine pulverization or fine pulverization of materials such as non-metallic mine, drug, chemical, metallurgical and other industries, with product particle size, narrow particle size distribution, particle The surface is smooth, the particle rules, high purity, and high activity.

Turbo Pulverizer for Glimmer uses a high intelligent control system, easy to operate, convenient, long service life, and the main lossable parts affecting the service life of the system equipment is a pulverizer. If the wear is seriously replaced, it will affect Device smashing accuracy.

AlPa Aluminum Silicate Turbo Pulverizer for Glimmer Experiment: A environmental protection technology company requires grading of aluminum superficition of aluminum silicate due to production demand, because uncertain demand can not achieve, exhausted, pass Experiments We AlPA's air grading machine can grade the aluminum silicate ultrafine powder provided by the company. Finally, the product particle size obtained by the experiment: D90: 18.3 μm, yield: 460kg / h 加 加 加..
Welcomes all major Powder grading requirements manufacturers, to the factory, incoming experiments.

Turbo Pulverizer for Glimmer bearing parts are easily malfunctioned, wear in use, so you need to regular maintenance, often refueling to increase the life of the bearings. The impact crusher is maintained daily to ensure that the crushing equipment is in good technical state, and can be operated at any time, shorten the residence time, improve the integrity of the crusher, reduce the wear, and extend the life of the crusher; Maintenance, mandatory, correct processing, maintenance and repair is not allowed to be used alone.

ALPA Technology Co., Ltd. developed super fine classifier, precision classifier, etc., can effectively protect the purity and accuracy of grading products, if you need to purchase related equipment, please feel free to contact us. .