The high flow filter adopts the matching high flow cartridge, under the action of pressure, the original liquid passes through the cartridge, the filter residue stays on the wall of the filter material, and the filtrate flows out through the cartridge, which can effectively remove the impurities, sediment, and suspended matter and bacteria in the water. Thus, the purpose of filtration is achieved.
The design of the filter can be used in each high-flow cartridge, compared with the general model, the filter allows larger cartridge sizes and reduces investment production costs, and the horizontal design and centerless structure are more convenient and faster when replacing the cartridge.
Advantages
1. Large circulation: With a unique design, the flow rate of a single elemente can reach es high as 70T/H. So fewer filters are needed to meet your flow requirements.
2. High dust holding capaticy and high precision: The filter element made by deep folding process structure has a large capacity of 11kg for a single cartridge.
3. Large filter area: The high-flow cartridge is made of high-performance polypropylene non-woven material, with low filtration resistance and high throughput.
4. Stable and reliable: Simple structure, reliable operation and easy maintenance.
5. Strong sealing performance: All sealing positions are sealed by O-ring structure, which incorporates the sealing problems caused by the missing positive and negative tolerances in the finishing process.
Performance Parameters
Filtration precision: 0.003-100 micron
Temperature: 80°C
Pressure resistance: 1.6Mpa
Flow rate: 0.1-500M3/H
Number of filter elements:3-300
Length of filter element: 250, 500, 750, 1000mm
Flange standard: HG, GB, ASME, JIS, DIN
Manufacturing standard: GB150-2011
Customer Case
A power plant in Russia asked our company for a high flow filter for condensate treatment. We provided them with a high flow filter with the following data, which effectively removes solid particles from water, reduces dissolution of metal ions in the system, scaling of boiler water-cooled walls caused by iron ions and eliminates the undesirable consequences of subscale corrosion, and efficiently and cost-effectively completes the control of iron and other solid particles in the start-up phase, saving them valuable time.