Wet screening screener UFS series
for miningwetvibrating

Wet screening screener - UFS series - Metso Corporation - for mining / wet / vibrating
Wet screening screener - UFS series - Metso Corporation - for mining / wet / vibrating
Wet screening screener - UFS series - Metso Corporation - for mining / wet / vibrating - image - 2
Wet screening screener - UFS series - Metso Corporation - for mining / wet / vibrating - image - 3
Wet screening screener - UFS series - Metso Corporation - for mining / wet / vibrating - image - 4
Wet screening screener - UFS series - Metso Corporation - for mining / wet / vibrating - image - 5
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Characteristics

Function
wet screening
Applications
for mining, wet
Type
vibrating
Material
for bulk materials
Other characteristics
compact, high-frequency, ultrafine
Engine power

5.6 ch
(5.6 hp)

Description

UltraFine Series™ screens are high frequency vibrating wet screens that are designed for separation from 0.075 to 1 mm. They are ideal alternative to hydrocyclones by providing greater separation and energy efficiency. The UFS screens address all of the challenges of previous fine wet screening technologies, enabling you to broadly implement this technology to improve profitability. Ultrafine screens can be utilized in all mining and minerals processing applications, gravel pits, and in aggregates production. They are ideal for fine wet separation in grinding circuits when the highest separation efficiency is required. High performance in a compact assembly Metso Outotec UltraFine Screes deliver double the screening area relative to other fine-screening technologies in a much more compact overall assembly. It utilizes a modular design with up to 10 individual screen decks nestled together into a single vibrating assembly. Accurate feed distribution across the 10 decks is critical, so the unit also incorporates a patent pending feed splitter box to ensure the feed is evenly distributed across the complete width of each screen deck, increasing performance despite the compact size. Low overall cost The smaller footprint results in reduced building and infrastructure cost, which greatly reduces the initial capital cost to implement this technology. Additionally, screening performance is less influenced by plant operational variability and require smaller pumps than hydrocyclones in a similar setup. These, in turn, contribute to better energy efficiency and improved recovery, resulting in a lower operating cost.

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*Prices are pre-tax. They exclude delivery charges and customs duties and do not include additional charges for installation or activation options. Prices are indicative only and may vary by country, with changes to the cost of raw materials and exchange rates.