Horizontal Air Classifier of Diclofenac

Horizontal Air Classifier Of DiclofenAc can be used in the current industrial production process, and AlPA has been committed to the development and application of equipment such as grading machines for many years, and we produced during the development process of years. The classification machine has gradually begun to develop in the direction of modernization, and we believe that we can provide a complete set of production planning programs for our customers.

Horizontal Air Classifier of DiClofenac will rise during work, and when the temperature of the working fluid is too high, the flow rate of the gas will increase. Taking air as an example, the critical speed at room temperature is 320 m / sec, and when the temperature rises to 480 ° C, the critical speed can be increased to 500 m / sec, that is, the kinetic energy increases by 150%. Therefore, increasing the temperature of the working fluid is conducive to improving pulverization. The pressure of the working fluid is the main parameters of the jet speed, but also the main parameters affecting the fineness of the break. Typically, the higher the pressure of the working fluid, the faster the speed, the greater the kinetic energy. When the titanium powder is pulverized by overheating steam, the vapor pressure is typically from 0.8 to 1.7 MPa, and generally the pulverized calcined material is high, and the material after the pulverized surface is low.

What is the grading principle and process of Horizontal Air Classifier Of DICLOFENAC? Below, you will share with you. 1. Open the switch in the control cabinet, start the power supply, the device operation; Physical role such as airflow and gravity is graded in three parts; 5, the airflow of three flow paths has a control valve group adjustment to maintain their respective balance; 6, the grading thick Chinese products are recovered separately; 7, clean air There is a blower to discharge into the atmosphere.