Stone vibrating screen factory direct sale of quartz limestone YK YA type screening stone vibrating screen
Stone vibrating screen factory direct sale of quartz limestone YK YA type screening stone vibrating screen
Discover top-quality stone vibrating screens at our factory. Directly sourced and sold, our quartz limestone YK YA type screens offer efficient screening. Shop now!
1. Using eccentricity as excitation force, strong excitation force and high screening efficiency. 2. The screen beam and the screen plate are connected by high-strength bolts without welding. 3. The vibration and noise are small, the whole machine is sturdy and durable, and the service life is long. 4. Use coupling flexible link, stable operation and convenient maintenance1. The structure is novel, the technology is mature, the eccentric block is used as the exciting force, and the exciting force is strong. 2. The structure of small amplitude, high frequency and large angle of inclination makes the screening efficiency high, the processing capacity is large, the service life is long, the bottom is well laid, and the noise is eliminated. 3. The screen or punching screen is made of spring steel, which has a long service life and is not easy to be blocked. 4. Using tire coupling, flexible link, stable operation. 5. Thin oil lubrication ensures that the bearing is always in the best condition, thereby completely solving the problem of bearing heating, keeping the spindle bearing at a constant temperature, and extending the maintenance cycle and service life.YA series vibrating screen is mainly composed of screen box, screen mesh, vibrator, damping spring device, base and so on. The motor makes the eccentric mass of the exciter rotate through the V-belt. The remotely rotating eccentric block produces a large centrifugal force, which stimulates the screen box to produce a circular motion with a certain amplitude. The sun-dried material on the inclined screen surface is subjected to the shower from the screen box to produce continuous throwing motion, and the material meets the screen surface. In the process, the particles smaller than the mesh are passed through the sieve to achieve classification