Description
Description:Caravan Water Filter Two Stage
Standard Filter housings: 2.5″x 10″ reinforced polypropylene.
Recommended for low flow applications recreational vehicles, food service and home.
Two stage sediment and activated carbon filtration
Flowrate 1.2″ and 3/4″ options
2 quick connect hose fittings included
Max. pressure 125 PSI Bursting pressure 550 PSI
Clean, pure water is a priority for everyone, and we don’t want the hassles of visiting a doctor when we are on holidays. We are just not sure how safe is your water supply when you go camping, or caravanning across the big brown land. Don’t take any chances, invest in a water filter, or a water purifier if the water supply is suspect. Our double stage water filter contains :
1. Sediment Filter 1 micron( other micron sizes are available)
2.Carbon Block Filter: These filters simultaneously remove free chlorine and organic chemicals that contribute to taste and odour while providing the particulate filtration and dirt-holding capacity of an efficient 5µm nominal sediment filter. These filters are optimised for applications where they perform the role of both a sediment and activated carbon filter.
Certified by NSF 42 and FDA .
We also offer 0.5 micron sediment filters . These extra fine filters remove most water borne pathogens including cysts , Giardia & cryptosporidium.
About activated carbon.
Activated carbon (AC) has the ability to remove taste odours and a wide range of toxic chemicals in water. Activated carbon effectively removes organic compounds such as volatile organic compounds, pesticides and benzene. It can also remove heavy metals.
Besides physical adsorption, chemical reactions can occur on a carbon surface. One such reaction is chlorine removal from water involving the chemical reaction of chlorine with carbon to form chloride ions. This reaction is important to POU treatment because this conversion of chlorine to chloride is the basis for the removal of some common objectionable tastes and odours from drinking water. Water contaminants adsorb because the attraction of the carbon surface for them is stronger than the attractive forces that keep them dissolved in solution.