|Name:||Carbon Steel Linear Vibrating Screen Sieve For Cinder||Type:||Linear|
|Layer(s):||1-6 Layers||Motor:||Vibrating Motor|
|Capacity:||50 KG~100 T/H||Amplitude:||6-8 Mm|
|Angle Of Oscillation:||45~60 Degree||Customized:||Acceptable|
1000×2000MM Vibrating Screen Sieve,
Cinder Vibrating Screen Sieve,
1000×2000MM vibrating sieve machine
Carbon Steel Linear Vibrating Screen Sieve For Cinder
Carbon Steel Linear Vibrating Screen Sieve For Cinder is a high precision fine powder screening machine.The fundamental principle of vibrating screen sifter is that the unbalanced weight dropper installed on the top and bottom ends of motor changes the rotation motion of motor to horizontal, vertical and inclined three-dimensional motions, and then passes this motion to screen surface, achieving the purpose of classification, filtering and removal of impurities. Carbon Steel Linear Vibrating Screen Sieve For Cinder can be used for grain, powder, granule, flake, liquid materials.
Carbon Steel Linear Vibrating Screen Sieve For Cinder is made of vibrating motor, inlet, outlet, screen mesh, screen frame, spring, support base, and so on. The following pictures will help you to know more about it.
The following table shows the detailed data of different models of Carbon Steel Linear Vibrating Screen Sieve For Cinder for your reference.
|Model||Size of screen surface||Number of layers of screen||Mesh size||Number of vibration||amplitude||Motor power|
Advantages and Features
1. It can be equipped with one or more layers of screen mesh.
2. Low energy consumption,low noise and high efficiency.
3. Firm and reliable, long service life.
4. Whole sealing and no dust emission.
5. High screening accuracy, large processing capacity and simple structure.
6. The power layout can be adjusted to suit the production conditions according to the customer's need.
Carbon Steel Linear Vibrating Screen Sieve For Cinder is widely used in ore, mining industry, food industry, chemical industry, medical industry, waste treatment, etc. Main functions are removing impurity, filtering, classification of material, solid-liquid separation, screening.
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