GESD multi frequency screen has changed the traditional structure of vibrating the screen surface and screen box together. It adopts a motion mode of multiple independent screen surfaces vibrating while the screen box and frame do not vibrate. From the feeding end to the discharging end, the multiple screen surfaces vibrate independently. It has the characteristics of advanced screening concept, unique screen plate structure, sturdy and reliable, high screening efficiency, large processing capacity, easy maintenance, and environmental protection and energy conservation.
The multi frequency screen is mainly composed of the sealing cover, vibrating screen body, screen box, exciter, vibration reducing spring, bottom support, discharge hopper, motor support, and other parts. It is used in industries such as sand and gravel aggregates, construction waste treatment, and mining.
The multi frequency screen utilizes two parallel rotating shafts with eccentric masses parallel to the material (screen plate) plane, which rotate by dragging two asynchronous motors. At the moment when both electric motors are started, the two rotating shafts achieve self synchronous rotation through the screen body, achieving linear vibration of the screen body. The vibrating screen body drives the screen plate to throw materials, and during the falling process, the materials pass through the screen meshes to achieve the purpose of material classification.
The segmented vibration of each vibrating screen core can achieve free adjustment of high-frequency low-amplitude, and low-frequency high-amplitude on each section of the screen surface, which is different from the traditional circular vibrating screen’s vibration method of the same vibration source, amplitude, and frequency.
Static sealing is adopted, and all inlet and outlet of the equipment can be easily connected to other equipment with rigid sealing. The entire screening operation is carried out in a fully sealed state, which is more environmentally friendly.
The vibrating screen core adopts a linear vibration type, and suitable vibration direction angle and screen surface inclination angle can be selected according to the material characteristics, resulting in better screening effect, faster material transportation, and larger processing capacity.
The equipment can be disassembled, reducing the size and weight of bulky materials, making transportation convenient and allowing for on-site assembly.
Construction Waste Crushing Project in Beijing, China
Capacity: 80-100 Ton/Hour
Construction Waste Crushing Project in Guizhou, China
Capacity: 150 Ton/Hour
Aged Decoration Waste Crushing Project in Yunnan, China
Capacity: 80-100 Ton/Hour
Decoration Waste Crushing Project in Hubei, China
Capacity: 60-80 Ton/Hour
Construction Waste Crushing Project in Liaoning, China
Capacity: 150-200 Ton/Hour
Construction Waste Crushing Project in Jilin, China
Capacity: 100-200 Ton/Hour
Dead Animal
Garden Waste
Rubber Waste
FRP
Scrap Car
Aluminum Waste
Fruit & Vegetable
Waste Pallet
Hard Drive
PV Waste
Waste Tire Shredding & Recycling System
Construction & Demolition Waste Disposal System
Municipal Solid Waste Disposal System
Refuse-Derived Fuel & Solid Recovered Fuel System
Hazardous Waste Disposal System
Pre-Shredding System for Biomass Power Plant
Industrial & Commercial Solid Waste Disposal System
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