Name: High recovery new type high frequency circle vibrate screen
Brand: hengxing
Availability: InStock

Product Details

High recovery new type high frequency circle vibrate screen

Product Description

High frequency screen is of high efficiency, small amplitude and high frequency of screening. Therefore it is widely used for screening or classifying iron ore, tin, tungsten, tantalum, niobium and etc. Regarding to the working principle, it differs from the conventional screens. By means of breaking of the surface tension of slurry, together with small granularity’s high speed vibration on sieve cover and accelerates the separating of large-density useful mines and increases the contacting probability of the materials smaller than output granularity and the sieve pore.Therefore, it creates good condition for separating materials, especially for the small size ores.

Vibration exciter set the screen in motion by transmission devices while the screen box stay still.
The whole equipment is supported by vibration reduction system, which reduces the load of the ground.
The screen can be installed directly into the firm and even ground or common steel structure platform without foundation.
Its vibrating frequency is 50HZ, amplitude 0-2mm, vibration force 8-10 times stronger than that of acceleration of gravity. The screen mesh is hardly blocked, therefore it is suitable for classifying fine materials of 0.074-1mm.
Using laminated mesh increases monolayer aperture, which not only increases the useful life of the screen, but also can prevent jamming and wearing.
The rubber spring of high frequency screen supports the screen frame, which can reduce noise and set vibrating.
It is low amplitude, which makes for the classification of fine and heavy materials

High frequency vibrating screener is mainly consists with Steel frame structure, feeding chute, vibrating motor screen, and discharging structure.

High frequency vibrating screener differs from the conventional screen with breaking of the surface tension of slurry and small grnularity's high speed vibration on sieve cover and accelerates the separating of large-density useful mines and increase the

contacting probability of the materials smaller than output

granularity and the sieve pore.

Therefore it can produce good conditions and make the materials smaller than the output granularity, especially the big density materials and slurry to get through the sieve pore together