Vibrating Screen Is Usually Used in Mineral Processing

Mining enterprise should introduce the mature technology and production and then build the domestic brands with independent intellectual property rights on the basis of independent research. Nowadays, the latter way is the trend of domestic mining industry. The high frequency screen adopts double vibration motor as power supply. The double vibration is installed parallel, when they are running at the same time, centrifugal force is produced by two groups of eccentric block. Centrifugal force along the direction of vibration is superposed, otherwise it is offset. Thus form a single centrifugal force which along the direction of vibration, which makes screen box affectation reciprocating linear motion. The high frequency screen frame is connected by the high-intensity bolts, so the structure is stable and durable.Vibrating screen is mainly used in mineral processing, coal or other industries in the screening program, because the trajectory and drive different types of ultrasonic vibrating screen, vibrating screen is a kind of derivative products of rotary vibration sieve. Cleaning system in ultrasonic sieving, can be combined with various types of circular vibrating screen from vibrating screen manufacturer, the screen with high frequency ultrasonic vibration in low frequency vibration at the same time, the particles into a sieve suspended state, so as to avoid clogging the mesh. Mining vibrating screen is a vibration motor for excitation, rubber spring, high wear-resistant material plate, sealing type screen box and other domestic and foreign advanced technology and advanced self synchronous vibration principle, has the characteristics of long service life, low noise, high efficiency screening, a vibrating screening equipment is suitable for sintering ore,and other natural the powdery material.Three kinds of influencing factors listed screening efficiency of vibrating screen: the nature of the materials, the screen surface type and working parameters, operating...