CBC Series cartridges are highly effective at reducing unwanted tastes and odors, including chlorine taste & odor and other contaminants.
CBC Series cartridges are an ideal choice for a wide range residential, food service, commercial and industrial applications. They also make excellent polishing filters or pre-filters in applications requiring fine filtration and high capacity.
The CBR2-10 and CBR2-10R are advanced multimedia cartridges designed to reduce chlorine taste and odor, and other contaminants
CBR2 Series cartridges combine powdered activated carbon (PAC) with a specially designed adsorbent medium for lead and mercury reduction.
CC Series granular activated carbon cartridges are an excellent choice to reduce unwanted chlorine taste & odor, and certain VOC’s from potable drinking water.
CC-10 cartridges also reduce MTBE.
They contain coconut shell based activated carbon, which produces drinking water of exceptional taste and quality and provides better VOC reduction than standard GAC cartridges.
EP Series carbon briquette cartridges have a nominal 5-micron filtration rating, high dirt-holding capacity.
A high porosity design helps prevent the cartridge from plugging before its adsorption capacity is exhausted, maximizing the utilization of the carbon while maintaining low pressure drop.
These cartridges are protected by Endurawrap®, a uniquely formulated polyolefin bilaminate pr,e-filter, designed to significantly increase the useful life of the cartridge by trapping sediment that typically plugs carbon block cartridges.
EPM Series cartridges are a modified version of our EP Series cartridge. An economical price makes this cartridge an attractive choice for taste, odor, and chlorine taste & odor reduction, as well as sediment filtration.
EPM Series cartridges have a nominal 10-micron filtration rating, high porosity and chlorine taste & odor reduction. The high porosity design helps prevent the cartridge from plugging before its adsorption capability is exhausted, maximizing the utilization of the carbon while maintaining low pressure drop.