Gtts Dewatering Machine

Product introduction:
Dehydration screen, also known as high frequency dehydration screen, through excitation force changes the water tension on the surface of the pulp, pulp water through the screen into the bottom of the screen, and the fine material is blocked by the screen to form a filter layer by the impact of vibration force forward movement discharge.Dewatering screen is mainly used for tailings dewatering in mineral processing industry, coal slime dewatering in coal preparation plant, washed quartz sand dewatering and ceramic mud dewatering, as well as dry and wet classification, dewatering, deintercalation and desliming of medium and fine particle materials in electric power, sugar and salt industries.
Application:
The dehydration screen is mainly used for tailings dehydration in mineral processing industry, coal slime dehydration in coal preparation plant, washed quartz sand dehydration and ceramic mud dehydration.
Outstanding Advantage:
Light and durable
The way of riveting and welding of shaped steel components constitutes the frame body with no internal stress, high strength, light weight and durability
Long wear life can be customized
High wear-resisting screen plate has long service life, modular assembly design, convenient replacement, cost saving, the size of the screen hole can be selected according to the requirements
V-type screen design
Professional designed frequency, amplitude, low consumption power source, suitable for a variety of dehydration needs 24 hours dry row operation.V-shaped surface design, 5 ° sieve surface climbing dehydration, dry tailings low water cut, high efficiency, large capacity per unit area
New dry discharge dehydration process
Compared with the traditional process, the new dry drainage dehydration process has the characteristics of small input, simple process and small occupation, which is convenient for the system process layout
Double motor drive
Adopt waterproof suitable frequency special motor and double motor drive self-synchronous technology to achieve high efficiency dehydration effect
Technical parameters :