There are also inclined vibrating screen. Speaking of inclined vibrating screen, we must know something about them. So, what is its structure? Let me introduce it to you.
Generally, this kind of vibrating screen is represented by Hummer. The screen mesh of this screen is laid on an inclined bottom mesh, and the inclined angle can be adjusted at will to enable the coarse particles to be removed smoothly. When the inclined vibrating screen is working, the coating is sprayed on the whole screen, which improves the screening efficiency.
The bottom of the screen is equipped with an aggregate hopper, which collects clean paint and sends it to the storage bucket. Coarse particles and impurities flow to the side at the bottom of the inclined screen and are removed. The vibrating system of this screen adopts the principle of vibrating together with a vibrator and a support.
The amplitude and frequency can be adjusted at will. The vibrator is controlled by a thermionic power device. The inclined vibrating screen is suitable for screening low viscosity coatings and pigments, but not for high viscosity coatings.
What is a vibrating screen? Mining, chemical, construction and other industries are inseparable.
The purpose is to screen and classify materials of different sizes and specifications to meet their own construction requirements. The equipment conducts screening operation through screens with different mesh numbers, intercepts unqualified materials with large amplitude, and selects products with appropriate particle size.
The vibrating screen is excited by a vibrator to generate composite rotary vibration, which is composed of vibrator, screen frame, frame, suspension spring, screen mesh and other components. The vibrating screen uses high frequency vibration rate to make materials vibrate at high speed on the screen surface. The materials smaller than the sieve mesh are screened, and the materials larger than the customized sieve mesh are transported away.
Generally, this kind of vibrating screen is represented by Hummer. The screen mesh of the screen is laid on the inclined bottom screen, and the inclined angle can be adjusted freely to remove large particles successfully. When the inclined vibrating screen works, the coating is sprayed on the whole screen, which improves the screening efficiency.
There is an aggregate leakage bucket at the bottom of the filter screen, which collects clean paint and sends it to the storage bucket. The vibrating system of this screen uses the principle of vibrating together with the support. The vibrator is controlled by a thermionic power supply unit. The inclined vibrating screen is suitable for screening low viscosity coatings and pigments, but not for high viscosity coatings.
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