Vibrating screens are used to segregate feeds comprising solid and crushed ores down to approximately 210μm and are also applicable to both dried and wetted feed. The vibrating motor and rubber sieve plate are the internal components of the vibrating screen. High frequency vibrating screens are primarily utilized in the mineral processing industries. Different vibrating screens are available in the market such as circular vibrating screens, gyratory screen, rotary vibrating screen, trammel screen, linear vibrating screens, etc. Factors such as amount of oversize and undersize material, type of material, shape of particles, moisture content, others govern the capacity of vibrating screens.
The high frequency vibration screens operates at varying 0 to 25 degrees and can go up to a maximum of 45 degrees. The frequency range is from 1500–7200 RPM and should operate at a low stroke. As the apertures in the high frequency screen may cause blockage, pre-treatment of the feed is required. General design of a vibrating screens consists of screen web, bock, coupler, mainframe, rub spring and electric motor. Vibrating screens are widely used in coal, refractory, mining, building materials etc. and can be customized according to the requirement. Waste streams released from waste products should be treated as they may cause damage to the environment over a sustained period of time.
Vibrating screen market can be segmented on the basis of applications, motive mechanism, product type, production process, driving method and region. On the basis of application, vehicle screen market can be segmented into metallurgy, wood pelleting, food, chemical industry, mineral processing and reclaimed asphalt pavement. On the basis of motive mechanism, vehicle screen market can be segmented into hydraulic vibrator and electric vibrators. On the basis of product type, vehicle screen market can be segmented into linear vibrating screens and circular vibrating screens. On the basis of production process, vehicle screen market can be segmented into screen selection and pre-treatment of feed. On the basis of driving method, it can be segmented into direct drive and indirect drive.
Fast and easy replacement of vibrating screens due to screw less fastening system is driving the growth of the global vibrating screens. High availability and low maintenance requirements are growing the market of vibrating screens globally. Moreover, robust design and low susceptibility of the vibrating screens are another factors leading to the growth of the vibrating screens market globally. Moreover, diversified product portfolio available in the market meeting the demands of the consumers is another factor fueling the demand for vibrating screens globally.
Screening efficiency can be affected by screen tearing, dampening, blinding and contamination which may challenge the growth of the vibrating screens market globally. Furthermore, limitations of rotary screen to handle two devices as compared to high frequency vibrating screens is another factor which can be considered as a restraint for the global vibrating screens market.The main key players of the global vibrating screens market are: Deister Machine, Elgin Equipment Group, Osborn, Hawk Machinery, Derrick Corporation, JOST Group, Midwestern Industries, Aury Pty Ltd., Gator Machinery Company, Southwest Milling and Industrial Company
On the basis of region, vibration screens market can be segmented into Latin America, Eastern Europe, Western Europe, North America, Asia Pacific excluding Japan, Middle East and Africa, and Japan. Europe and Asia pacific is expected to dominate the market as they are significant market for mining and steel industries. China, UK and Ukraine are expected to show robust development in the steel industry. Furthermore, countries such as South Africa, Australia and India are expected to create moderate demand for vibrating screens.
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