High Frequency Screen

High-frequency screen consists of vibration exciter, ore slurry distributor, screen frame, machine frame, suspension springs and sieve, etc.

Features: High efficiency, small amplitude and high frequency of screening. Regarding to the working principle, it differs from the conventional screens. By means of high frequency, it breaks the surface tension of slurry, together with small granularity’s high speed vibration on sieve cover, 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.

Main technical parameters:

Specifications

High efficiency,small amplitude and high frequencu of screening, it can make the materials smaller than the output granularity.

High-Frequency Screen Structure
High-Frequency Screen consists of vibration exciter, ore pulp distributor, screen frame, machine

frame, suspension springs and sieve, etc.

High-Frequency Screen Application

This series screens are always used in processing minerals such as ferrous metals including hematite

& magnetite and nonferrous metals including Lead, Zinc, Gold and Silver etc. This machine works in a

re-circulating network with ball mill, which can upgrade the fineness of ferrous and nonferrous

metals. Its efficiency is twice as that of Spiral Classifier.

Product Discription of High Frequency Screen

Highfrequency screen consists of vibration exciter, ore slurry distributor, screen frame, machine frame,

suspension springs and sieve. It has the features of small amplitude and high frequency of screening.

Regarding to the working principle, it differs from the conventional screens. By means of breaking of

the surface tension of slurry, together with small granularitys 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