Vibrating screen

The vibrating screen combines the most advanced design concept of vibrating screen at home and abroad and advanced finite element force analysis and calculation means. All vibrating screens conduct 24-48 hours of continuous testing on the stress, strain and Dynamic simulation of the screen machine through finite element analysis software, and purposefully modify the design of the screen machine according to the test results, ultimately achieving the performance optimization of the screen machine results. The production of the screening machine is equipped with advanced CNC processing equipment and technology, advanced testing equipment, and the quality and performance of the products produced have reached the international leading level. The design and manufacturing of Fumarte shale shaker meet the requirements of GB/T5000.3 Mechanical Design Standard, IEC International Electrical Standard, JB/T9022 [Design Specification for Shale Shaker], JB/T5496 [General-purpose technology Conditions for Shale Shaker Manufacturing] and relevant coal preparation machinery industry standards. All material selection, processing, welding and assembly shall strictly comply with corresponding national standards.Fumart vibrating screen is mainly used for coal dehydration and is also suitable for screening and dehydration of other minerals. And can adapt to various harsh working conditions such as corrosion and wear.

A vibrating screen is a machine used to separate materials into different sizes or remove unwanted impurities. It consists of a perforated screen surface that vibrates rapidly to facilitate the separation of materials. The vibrating screen can be used for various applications, such as screening of minerals, ores, coal, sand, and gravel. It is commonly used in mining, construction, and recycling industries.

The basic components of a vibrating screen include the screen deck, vibrating motor or drive unit, and supporting structure. The screen deck is usually made of woven wire mesh or perforated plates, which allow the desired size of particles to pass through while retaining larger particles. The vibrating motor or drive unit generates the vibrating motion of the screen deck. It typically consists of eccentric weights attached to the motor shaft, which rotate in opposite directions to create a linear motion or circular motion. The supporting structure holds the screen deck and motor in place and provides stability during operation.

When the vibrating screen is in operation, the material is fed onto the screen surface at the feed end. The vibrating motion of the screen deck causes the material to move across the screen surface, with larger particles moving towards the discharge end and finer particles passing through the screen openings. The separated materials are collected in separate chutes or conveyors for further processing or disposal.

The vibrating screen can be designed in various configurations, such as single-deck, double-deck, or multi-deck screens, depending on the specific application requirements. It can also be equipped with additional features, such as screen cleaning devices, to prevent clogging or blinding of the screen surface.

Overall, a vibrating screen is a versatile and essential equipment in many industries for screening and separating materials based on their size or removing unwanted impurities. It offers high efficiency, reliability, and flexibility in various applications.