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The NCP cartridges are constructed from a non-cellulose carbon-impregnated media. Unlike cellulose type cartridges, the NCP's are resistant to both bacterial attack and biofilm buildup allowing them to be used in non-chlorinated and well water applications. Pleats provide additional surface area for high dirt loading capacities and extended life while maintaining minimal pressure drop. In addition to filtering sediment particles down to 10 micron (nominal) the NCP's reduce unwanted tastes, odors and chlorine. Cartridges are excellent polishing filters. Ideal for Post-Reverse Osmosis and well water applications.
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Advanced design combines selective "Final filtration" with appropriate "Pre-filtration" to achieve up to 3 times the dirt holding capacity of similar size sediment cartridges, and many times that of standard spun or string wound cartridges. Both the pre- and post filter components of the DGD Series Cartridges are separate gradient density filters. Gradient density filters reduce larger particles, which would blind-off ordinary surface filters, on their outer layers while reducing finer particles on their inner layers. This design maximizes utilization of the filtration media. DGD-Series cartridges are made from bacteria resistant pure polypropylene which makes them ideal for all municipal, rural, residential and commercial applications. Combining two separate gradient layers in one filter further enhances cartridge performance. The larger diameter of the pre-filter reduces the particle load to the post filter which allows it to operate at higher velocities. The effective filter depth is increased to a full 233% of the standard spun-polypropylene or string wound filters. This increased depth provides for very high particulate reduction efficiencies and added loading capabilities. |
![]() Call or email us for information and pricing. 1-800-580-7873 |
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Call or
email us for information and pricing. |
Tech-Spun Filter Tubes are wound in a structure available in various highly tentacular fibers to selectively remove particles in graduated densities for optimal filtration from 100 to 1 microns. Progressive removal of particles from surface to core provides true depth filtration and a large contaminant holding capacity. The non-rupturing filter media is not subject to fracture or disturbance in shipping, handling or in-service pressure shocks. Filter tube sealing is positive. Tech-Spun Filter Tubes are supported by chemically resistant rigid metallic or non-metallic center cores. |
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