Classification of vibrating screens

Vibrating screening equipment can be divided into mine vibrating screen, light fine vibrating screen, experimental vibrating screen machine according to weight Mining vibrating screens can be divided into heavy-duty screens, self-centering vibrating screens, elliptical vibrating screens, dewatering screens, circular vibrating screens, vibrating screens, banana screens, linear vibrating screens, etc. Light-duty fine vibrating screens can be divided into: rotary vibrating screens, linear screens, in-line screens, ultrasonic vibrating screens, filter screens, etc., please refer to the vibrating screen series Experimental vibrating sieve: slapping sieve, top impact vibrating sieve, standard inspection sieve, electric vibrating sieve, etc., please refer to the experimental equipment According to the material running track of the vibrating screen, it can be divided into: According to the linear motion track: linear vibrating screen (the material moves forward in a straight line on the screen surface) According to the circular motion trajectory: the structure and advantages of circular vibrating screen (the material moves circularly on the screen surface) According to the reciprocating motion trajectory: fine screening machine (the material reciprocates forward on the screen surface) Vibrating screens are mainly divided into linear vibrating screens, circular vibrating screens, and high-frequency vibrating screens. Vibrating screens can be divided into single-shaft vibrating screens and double-shaft vibrating screens according to the type of vibrator. The single axis vibrating screen uses a single unbalanced weight to vibrate the screen box, the screen surface is inclined, and the motion track of the screen box is circular or elliptical. The double-axis vibrating screen is excited by double unbalanced weights that rotate in different directions synchronously. The screen surface is horizontal or gently inclined, and the motion track of the screen box is a straight line. Vibrating screens include inertial vibrating screens, eccentric vibrating screens, self-centering vibrating screens and electromagnetic vibrating screens. Linear vibrating screen the vibrating screen uses the vibration of the vibrating motor as the vibration source, so that the material is thrown up on the screen and moves forward in a straight line at the same time. The material enters the feeding port of the screening machine evenly from the feeder and produces several specifications through the multi-layer screen. The oversize and undersize are discharged from their respective outlets. Linear vibrating screen (linear screen) has the advantages of stability and reliability, less consumption, low noise, long life, stable vibration shape, and high screening efficiency. It is a new type of screening equipment, used in mines, coal, smelting, building materials, Refractory materials, light industry, chemical industry, and other industries. Circular vibrating screen the circular vibrating screen (circular vibrating screen) is a multi-layer, new type of vibrating screen that does circular motion. The circular vibrating screen adopts a cylindrical eccentric shaft exciter and an eccentric block to adjust the amplitude. The material sieve has a long flow line and many screening specifications. It has reliable structure, strong excitation force, high screening efficiency, low vibration noise, durable and easy maintenance Convenience and other features, circular vibrating screens are used in product classification in mining, building materials, transportation, energy, chemical and other industries. According to material products and user requirements, high manganese steel woven screen, punched screen and rubber screen can be used. There are single-layer and double-layer screens. All kinds of screens can meet different requirements of screening effect. This series of circular vibrating sieves is seat mounted. The adjustment of the inclination angle of the screen surface can be realized by changing the position height of the spring support.