RanSun Vibrating Screen

1. Introduction

The RanSun vibrating screen is a crucial piece of screening equipment, widely used for grading and separating raw materials of varying sizes. Most commonly utilized in the mineral processing industry, the vibrating screen efficiently separates solid and crushed ores. This type of vibrating screen is comprised of several key components: a vibration exciter, screen frame, ore slurry distributor, suspension springs, mesh, and a rack. Equipped with an electromagnetic vibrator, the screen generates a vigorous vibration applied directly to the screen surface. The vibrator is mounted on top of the screen and is connected to the screening surface.

 

The vibrating screen features a distinctive structure and operates based on a unique working principle. Unlike other screening machines where the sieve box moves, the sieve box of this vibrating screen remains stationary, while the sifter itself vibrates. The gap width of the vibrating screen can be adjusted, allowing materials to be classified according to size. In the return circuit of the ore grinding process, this screen is frequently used to control and classify grinding ore products, screening out coarse particles. The fine particles below the vibrating screen are discharged to prevent over-crushing and re-grinding. Ultimately, the fine particles passing through the small gaps are properly stored.

1. Application

The vibrating screen has become a widely adopted piece of equipment due to its efficiency in making precise cuts and fine separations, as well as its ability to provide accurate size control. In the mineral processing industry, the vibrating screen is essential for processing both ferrous and non-ferrous metals, which require high-frequency vibration. Once ores are crushed into smaller pieces, the vibrating screen classifies the particles: smaller particles pass through the small gaps at the bottom, while larger particles undergo additional screening. By utilizing a high-frequency vibrating screen, customers benefit from advantages such as easy recovery, extremely fine-sized separation, and lower energy consumption.

 

 

1. Performance characteristics

1) The strong vibration of the screen box reduces material clogging in the screen holes, resulting in higher screening efficiency and productivity.

2) The simple structure of the vibrating screen makes it easy to dismantle and replace the screen surface.

3) The screen is energy-efficient, consuming less electricity per ton of material screened, leading to energy savings and reduced consumption.