Advantages and Common Design of Vibrating Screen

Vibrating Screen

We all are well versed with Vibrating Screen as it is the most commonly used sieve machine in industries and construction. With the advancement in the screening and crushing industry, these Vibrating Screeners are becoming quite crucial in a variety of industries. These screen machines are primarily used for screening materials which are crushed by a variety of crushing tools and machines. This vibrating sieving machine has several applications in different industries. It is commonly used in metal smelting, coal crushing, mining, light industry, refractory, chemical, building material and other industries. These vibrating screeners are used for all kinds of stone separation including marble, limestone, iron ore, granite, basalt, bluestone, river pebble, coal, shale, al-unite, coal, gypsum and more.

The Primary Advantage of Vibrating Screen

In order to cater to the needs of ore crushing and separation industry, the Vibrating Screen Manufacturer has launched a wide variety of vibratory screeners and separators. All these equipments and screens are designed using the year of research and development and the advanced level of technology is used for designing the screens. The vibratory screens today come with a variety of benefits as compared to the other ordinary vibratory screens or sieving machines.

Different Vibrating Screen Designs

The vibratory screens by Wire Mesh Manufacturers usually compose of screen box, vibrator, suspension or support device and transmission device.

The actual working process of the Vibrating Screens is to separate the variety of materials. A large number of mixed materials in different shapes and sizes are sent to sieve surface where only the selected particles will reach and touch the screen surface, while others will be filtered. The vibration in screen box will make the materials loose and the small particles will be separated and passed through the gap and transferred to the lower sieve. The larger particles won’t pass the gap. Finally the materials will be separated by the rotary screens to complete the process.