The High Frequency Screen Developed by Hongxing Experts

High frequency screen is composed of exciter, pulp distributor, screen frame, rack, hanging spring and screen mesh. It has high efficiency, small amplitude and high screening frequency. Different from the working principle of common screening equipment, high frequency screen uses high frequency, which on the one hand breaks the tension of the ore pulp surface, and on the other hand, the fine particles vibrate with high speed on the screen surface, thus accelerating the separation of big density and useful minerals and increasing the probability that the materials smaller than the separation granularity contact the screen hole. This creates a good separation environment in which the materials smaller than the separation granularity and especially the materials and pulp with big proportion all can go through the screen holes.The high frequency screen is developed by Hongxing experts. It is the efficient classification equipment and widely applied in construction, mining, industrial mineral processing, cement production and chemical industries. It can process and classify material such as asphalt sand, concrete sand, mineral filler, silicates, graphite, glass, ceramics, salts, feldspar, talc, diatomaceous earth, gypsum, bentonite etc.High Frequency Screen adopts the most advanced theory and new structure. High vibrating frequency leads to high screen efficiency and big capacity. Controlled by computer, every exciter specification is adjustable. Also it sets up a transient extremely vibrating force, which is quite useful in clean the screen surface. Low powder consumption: High-frequency screen adopt super Elastic material, which ensure the steadiness and help to save the power.Application.High-frequency screen is a good choice for screening and grading the fine particles of mineral ores. This machine has wide application in iron ore, tin ore, tungsten ore, tantalum ore, dolomite sand and some other kinds of mining dressing plants" screening and grading work.Hongxing...