High Efficiency Ore Dressing Equipment Probability Screen Low Working Noise

Product Specification

Ore Dressing Equipment Probability Screens With Low Working Noise

1. Working principle of Probability Screen for Ore Dressing Equipment

GS series probability screen is an efficient and environmentally friendly special screening equipment. Probability sieve uses statistical principles to select appropriate sieve holes to classify materials.

After the materials to be screened evenly enter the sieve machine, they are evenly distributed on the multi-layer inclined screen. Under the vibration of the vibrating motor, the materials move in an inclined linear motion on the screen surface. Since each layer of screen has a different inclination angle to the horizontal plane, the horizontal projection aperture of all screens is smaller than the actual size. Therefore, compared with other traditional horizontal screens, the screen size is much larger, and the material is screened. It is easier to pass and has a strong screening capacity per unit area. After the material enters the sieve, the materials of different sizes are quickly dispersed, thereby increasing the penetration rate of the materials of different sizes, and reducing the blocking of the screen holes that may be caused by critical particles. Through the regular vibration of the vibrating motor and the rapid flow of the material itself, it is screened through screens of different thicknesses in sequence.

Probability Screen for Ore Dressing Equipment

The reasonable vibration direction angle, vibration frequency and amplitude of the probability screen are perfectly combined, the vibration screening noise is low, and the vibration generated on the foundation is small. The entire equipment is installed on a set of elastic devices, and the vibration of the two sets of reverse rotation excitation motors is used. The screen obtains high-frequency vibration, so that the material can be quickly diffused on the screen to achieve higher screening efficiency, and at the same time to avoid the accumulation of materials on the screen. The compact structure is particularly beneficial to the high-altitude installation and daily maintenance of refractory materials, machine-made sand, dry-mixed mortar and other industries.

2. Technical parameters of Probability Screen for Ore Dressing Equipment

(1) The processing capacity varies with factors such as the type of screening material, particle size, gradation, moisture content, density and other factors;

(2) The typical processing capacity in the table is the reference value of limestone with a particle size of 13mm, a density of 1.6t/m³, and a moisture content of less than 2%;

(3) Under the same conditions, the time required for screening materials with probability screens is only 1/3~1/6 of that of ordinary vibrating linear screens, and the processing capacity per unit area of the screen is 5-10 times larger than that of ordinary vibrating linear screens ；

(4) The manufacturer reserves the right to revise the technical parameters, please contact our company for details.

Probability Screen for Ore Dressing Equipment

3. Application of probability screen in complete refractory processing system

In order to meet the national requirements of high efficiency, energy saving and environmental protection, our company combines the actual situation of the crushing and processing of refractory materials (such as bauxite, quartz sand, magnesia, etc.) at home and abroad, and based on years of research, optimization and improvement and practice, we have launched a Brand-new refractory material crushing production and processing technology system. The system not only covers a small area, can be continuously produced around the clock, intelligent control, convenient maintenance, environmental protection, but also through optimization and improvement of configuration, system matching, etc., make this product in terms of technical performance, reliability, energy saving and environmental protection. Industry leading level.

Probability Screen for Ore Dressing Equipment

Probability Screen for Ore Dressing Equipment