The Unite U-ZC-G1 series cylinder scraper self-cleaning filterautomatically removes particulate impurities from the inner surface ofthe filter element through mechanical scraping, enabling continuousonline filtration. The U-ZC-G1 filter is primarily designed forhigh-viscosity filtration, suitable for viscosities up to 800,000 mPa.s, witha precision range of 25-100 microns. It provides precise filtration andquickly scrapes impurities from the filter element surface, thus efficientlyremoving more impurities. It is suitable for filtering water and variousviscous liquids.
Traditional filters frequently clog when filtering viscous materials andsoft impurities, requiring the use of large filters or frequent manualcleaning, resulting in high investment, heavy workload, and significantmaterial waste. The U-ZC-G1 filter easily solves these problems with itsadvanced self-cleaning method, consistently maintaining a clean filterelement and discharging waste liquid containing high concentrations ofimpurities, reducing material waste. It offers significant advantages andhigher efficiency when filtering poor-quality water and viscous materialssuch as adhesives, resins, polymers, and oils.
The Unite twin-cylinder self-cleaning filter system is shown in thediagram. The incoming fluid
(1) is filtered from the inside out throughthe filter screen
(2) and exits through the outlet
(3). The cleaning disc
(4)moves up and down inside the filter screen, repeatedly cleaning thescreen. Impurities are discharged from the bottom.
Advanced filtration systems at Bosch's facilities effectively eliminate waterand particulates from stored diesel. This guarantees ultra-clean fuel and reliableactivation of emergency power systems.
Complete bag filtration solutions for FAW’s painting workshopsensure zero-defect surface quality across pre-treatment and electrocoating (ED)processes, significantly reducing rework rates
Deeply customized precision filtration solutions, featuring advancedanti-corrosive materials and hermetic design, ensure high-purity synthesis andprocess safety for Ashland’s corrosive HCl media.
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