United Filters International

Tap Water Filters reduce contaminants in four areas.
Electronic Components & Devices

Tap Water Filters reduce contaminants in four areas.

Encompassing electro-adsorption technology,- Trident Three-Stage Water Filtration Systems employ ULTRA-D submicron filters to reduce contaminants in tap water. These point-of-entry systems address contaminants in all 4 areas: aesthetic, solids and metals, pathogens, and chemicals. First stage is ULTRA-D high-flow, submicron filter; second stage consists of ULTRA-D, PAC/Agion submicron...

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Tap Water Filters reduce contaminants in four areas.
Electronic Components & Devices

Tap Water Filters reduce contaminants in four areas.

Encompassing electro-adsorption technology,Â- Trident Three-Stage Water Filtration Systems employ ULTRA-D submicron filters to reduce contaminants in tap water. These point-of-entry systems address contaminants in all 4 areas: aesthetic, solids and metals, pathogens, and chemicals. First stage is ULTRA-D high-flow, submicron filter; second stage consists of ULTRA-D, PAC/Agion...

Read More »
Submicron Water Filters are offered with 5 micron sediment wrap.
Electronic Components & Devices

Submicron Water Filters are offered with 5 micron sediment wrap.

Available with 5-micron sediment wrap to reduce dirt, sand, sediment, rust, and fine particles, ULTRA-D Eco- uses electroadsorptive technology for water filtration. This configuration is available with all ULTRA-D filter models: original media, original with carbon, original with NSF-approved microbial agent (Agion silver), and original with Agion silver and carbon. Beneficial for...

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Submicron Water Filters are offered with 5 micron sediment wrap.
Electronic Components & Devices

Submicron Water Filters are offered with 5 micron sediment wrap.

Available with 5-micron sediment wrap to reduce dirt, sand, sediment, rust, and fine particles, ULTRA-D EcoÂ- uses electroadsorptive technology for water filtration. This configuration is available with all ULTRA-D filter models: original media, original with carbon, original with NSF-approved microbial agent (Agion silver), and original with Agion silver and carbon. Beneficial for...

Read More »
Electronic Components & Devices

Pleated Filters enable submicron contaminant reduction.

With average pore size of 2 microns and mean flow pore of 0.7 microns, USM Filter Cartridges are suitable for fresh, brackish, or salt waters. Proprietary, electrodsorptive media technology is capable of removing submicron pathogens and inorganic contaminants through electro-adhesion and ion exchange. Media consists of coated micro-glass fibers that is produced using wet laid nonwoven...

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Electronic Components & Devices

Pleated Filters enable submicron contaminant reduction.

With average pore size of 2 microns and mean flow pore of 0.7 microns, USM Filter Cartridges are suitable for fresh, brackish, or salt waters. Proprietary, electrodsorptive media technology is capable of removing submicron pathogens and inorganic contaminants through electro-adhesion and ion exchange. Media consists of coated micro-glass fibers that is produced using wet laid nonwoven...

Read More »
Tap Water Filters reduce contaminants in four areas.
Electronic Components & Devices

Tap Water Filters reduce contaminants in four areas.

Encompassing electro-adsorption technology,- Trident Three-Stage Water Filtration Systems employ ULTRA-D submicron filters to reduce contaminants in tap water. These point-of-entry systems address contaminants in all 4 areas: aesthetic, solids and metals, pathogens, and chemicals. First stage is ULTRA-D high-flow, submicron filter; second stage consists of ULTRA-D, PAC/Agion submicron...

Read More »
Tap Water Filters reduce contaminants in four areas.
Electronic Components & Devices

Tap Water Filters reduce contaminants in four areas.

Encompassing electro-adsorption technology,Â- Trident Three-Stage Water Filtration Systems employ ULTRA-D submicron filters to reduce contaminants in tap water. These point-of-entry systems address contaminants in all 4 areas: aesthetic, solids and metals, pathogens, and chemicals. First stage is ULTRA-D high-flow, submicron filter; second stage consists of ULTRA-D, PAC/Agion...

Read More »
Submicron Water Filters are offered with 5 micron sediment wrap.
Electronic Components & Devices

Submicron Water Filters are offered with 5 micron sediment wrap.

Available with 5-micron sediment wrap to reduce dirt, sand, sediment, rust, and fine particles, ULTRA-D Eco- uses electroadsorptive technology for water filtration. This configuration is available with all ULTRA-D filter models: original media, original with carbon, original with NSF-approved microbial agent (Agion silver), and original with Agion silver and carbon. Beneficial for...

Read More »
Submicron Water Filters are offered with 5 micron sediment wrap.
Electronic Components & Devices

Submicron Water Filters are offered with 5 micron sediment wrap.

Available with 5-micron sediment wrap to reduce dirt, sand, sediment, rust, and fine particles, ULTRA-D EcoÂ- uses electroadsorptive technology for water filtration. This configuration is available with all ULTRA-D filter models: original media, original with carbon, original with NSF-approved microbial agent (Agion silver), and original with Agion silver and carbon. Beneficial for...

Read More »
Electronic Components & Devices

Pleated Filters enable submicron contaminant reduction.

With average pore size of 2 microns and mean flow pore of 0.7 microns, USM Filter Cartridges are suitable for fresh, brackish, or salt waters. Proprietary, electrodsorptive media technology is capable of removing submicron pathogens and inorganic contaminants through electro-adhesion and ion exchange. Media consists of coated micro-glass fibers that is produced using wet laid nonwoven...

Read More »
Electronic Components & Devices

Pleated Filters enable submicron contaminant reduction.

With average pore size of 2 microns and mean flow pore of 0.7 microns, USM Filter Cartridges are suitable for fresh, brackish, or salt waters. Proprietary, electrodsorptive media technology is capable of removing submicron pathogens and inorganic contaminants through electro-adhesion and ion exchange. Media consists of coated micro-glass fibers that is produced using wet laid nonwoven...

Read More »

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