Double Deck Vibrating Screen Machine Vibratory Feeder For Aggregates Separating

Double Deck Vibrating Screen Machine Vibratory Feeder For Aggregates Separating

Vibrating Screen Machine for Aggregates Separating Introduction:

YK series vibrating screen works in circular motion, is specially designed for quarry to separate crushed stone material into different sizes, and is also used as a grading machine in coal dressing, ore dressing, construction material, electric and chemical industries.

White Lai Double-deck Screener Machinery Features:

1. Screen slope 20 degree

2. Rivet locking structure

3. High strength side plate

4. Stable starting by adopting rubber springs

2-deck Vibrating Screen 2YK-2160 Parameters:

Mine Equipment Stone Vibrating Screen Working Theory:

A group of broken materials having different particle sizes is passed through a single layer or a plurality of layers of uniformly perforated screens, and divided into several different stages to be sieved. The particles larger than the mesh are left on the sieve surface, which is called the sieve on the sieve surface, and the particles smaller than the sieve pores pass through the sieve hole, which is called the sieve under the sieve surface. The actual screening process is: after a large number of different sizes and sizes of coarse and scattered materials enter the screen surface, only a part of the particles are in contact with the screen surface. Due to the vibration of the screen box, the material layer on the screen is loosened, so that the large particles exist. The gap is further enlarged, and the small particles take the opportunity to pass through the gap and transfer to the lower layer or the conveyor. Since the small particle gap is small, the large particles cannot pass through, so that the original disordered particle group is separated, that is, the layer is stratified according to the particle size, and the arrangement rule of the small particles under the coarse particles is formed. The fine particles reaching the sieve surface are sieved through the sieve, and finally the coarse and fine particles are separated to complete the screening process. However, sufficient separation is not available, and during sieving, a portion of the undersize is typically left on the screen. When the fine particles are sieved, although the particles are smaller than the mesh holes, the ease of screening is different. The particles with similar materials and mesh sizes are difficult to pass through the sieve, and the particle gap passing through the lower layer of the sieve is more difficult.

White Lai Double-deck Screener Vibrating Screen Machine at Working Site: