Our ceramic filter contains resins along with carbons that are heat-infused with colloidal silver, thus preventing bacterial contamination through mitosis, while creating a hostile environment for microbiological organisms. It has a filtration efficiency of 0.2 micron. This is sufficient to filter cholera and other water-borne bacterium.

99% Arsenic 5 and 99% Arsenic 3 (special order)

99% Hydrogen Sulfide (H2S)

95% Chlorine and Chloramines

99% Taste

99% Odor

98% Aluminum

96% Iron

98% Lead

90% Pesticides

85% Herbicides

85% Insecticides

90% Rodenticides

85% Phenols

85% MTBE

85% Perchlorate

80% Trihalomethanes

95% Poly Aromatic Hydrocarbons

99.999% of particles larger than 0.5 micron, including Anthrax (Staffordshire University Labs)

99.7% of particles larger than 0.3 micron (Staffordshire University Labs)

98% of particles larger than 0.2 micron (Staffordshire University Labs)

100% Giardia Lamblia

100% Cyclospora

100% live Cryptosporidium (WRc Standard)

100% Cryptosporidium (NSF Standard 53 – A.C. fine dust – 4 log challenge)

100% E. Coli, Vibrio Cholerae (Johns Hopkins University)

99.999% Salmonella Typhil, Shigella Dysenteria, Kiebsiella Terrigena (Hyder Labs)

National Sanitation Foundation (NSF) Standard 42

National Sanitation Foundation (NSF) Standard 42

National Sanitation Foundation (NSF) Standard 53

ISO 9002 Quality Standard

USA AEL Laboratories

USA Analytical Food Laboratories

USA Johns Hopkins University

British 5750 Quality Standard

England’s Water Research council (WRc) Performance Standards

Designed for disaster assistance around the world, this filter serves a wide range of needs from surviving a water-related emergency to improving a municipal water source. The ceramic element can be cleaned with a soft cloth and the filter itself can be shaken from time to time to prevent packing.