The Unite U-JM-DY high-flow filter is a high-flow filter designed for usewith high-flow filter cartridges. It is primarily used in applicationsrequiring high flow rates, particularly in the field of water treatment. Thehigh-flow filter's unique characteristics of high flow rate and smallfootprint solve the problems associated with traditional filters, such ashigh initial cost, long replacement times, and complicated operation.
Unite high-flow filters are available in two main options: 304 and 316Lstainless steel.
The stainless steel construction ensures excellentcorrosion resistance and allows for wide application across various fields.
Unite high-flow filters are available in both vertical and horizontalconfigurations.
Standard 10-inch to 40-inch filters typically use avertical design; for medium to large systems with water flow ratesexceeding 1000 tons per hour, a horizontal structure can be chosen,using 60-inch filter cartridges, to accommodate high flow rates whilefacilitating easier replacement and maintenance.
Inlet: The liquid or gas to be filtered enters the filter system through theinlet and begins to flow into the filter element area.
Filtration Process: The fluid passes through the filter element or filtermedium, and larger particles and impurities are retained by the filter.
Multi-Layer Filtration: Some high-flow filters are designed with multiplelayers of filter media, removing particles of different sizes layer by layerto ensure higher filtration accuracy.
Clean Fluid Outlet: The filtered clean fluid flows out through the outletand enters the downstream application or system.
Filter Cake Formation: As filtration progresses, solid particles graduallyaccumulate on the surface of the filter element, leading to increasedfiltration resistance.
Filter Element Replacement or Cleaning: When the accumulation of solidparticles on the filter element reaches a certain level, the filter needs tobe replaced or cleaned to restore its filtration performance.
A High-flow Filter is an industrial filtration system designed to handle large volumes of liquid with a single filter element. It is commonly used where high flow rates, compact design, and efficient filtration are required.
Liquid enters the filter housing and passes through a large-diameter, pleated filter element. The design increases filtration surface area, allowing high flow rates with low pressure drop while effectively removing particles.
Key advantages include high flow capacity per element, reduced number of filter elements required, compact system footprint, lower labor costs for replacement, and improved filtration efficiency.
High-flow filters are widely used in power generation, petrochemical industry, water treatment, desalination systems, food and beverage, and industrial process filtration systems.
High-flow filters can handle significantly higher flow rates with fewer elements and lower maintenance frequency, while standard cartridge filters are better suited for lower flow applications requiring higher precision in smaller systems.
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