The John Guest Quick-Connect™ fittings incorporated into this filter design function in two unique ways. First, they allow for the installation of the inline filter in a matter of seconds. Inlet and outlet tubes are simply snapped into place and secured using a patented collet system. Second, the fittings are moulded directly into the filter body and cap as a single unit. This reduces the chance for weeping or seepage. Cap and body are spin-welded together producing a smooth, consistent seal without the use of glues or binders that can cause contamination. The result of these design and production techniques is a reliable filter that is fast and easy to install.
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The John Guest Quick-Connect™ fittings incorporated into this filter design function in two unique ways. First, they allow for the installation of the inline filter in a matter of seconds. Inlet and outlet tubes are simply snapped into place and secured using a patented collet system. Second, the fittings are moulded directly into the filter body and cap as a single unit. This reduces the chance for weeping or seepage. Cap and body are spin-welded together producing a smooth, consistent seal without the use of glues or binders that can cause contamination. The result of these design and production techniques is a reliable filter that is fast and easy to install.
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Omnipure introduced its own carbon block filtration media in the spring of 1999. With the market demanding better, more refined filtration options, Omnipure felt the need to supply their customers the best media option available.
Omnipure’s engineering team created a new, state-of-the-art compression moulding process. This advanced method produces a strong, one-piece carbon block with an extended life. It is unsurpassed at removing chlorine, sediment, taste, odour and organic contaminants. Due to its highly uniform moulded structure, the Omnipure carbon block benefits include the elimination of carbon fines release, as well as channelling and bypass.
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These Carbon filters employ a high grade carbon with industry-leading surface area allowing for the greatest efficiency of the carbon absorption.
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These cartridges are compatible within whole house/high flow filter systems. These filter systems are designed to remove contaminants from the entire water supply to your home – providing near pure water to all the faucets/showers in the residence.
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These cartridges are compatible within whole house/high flow filter systems. These filter systems are designed to remove contaminants from the entire water supply to your home – providing near pure water to all the faucets/showers in the residence. The micron rating of a filter cartridge determines the ability of the filter's media to remove contaminants by the size of particles it is exposed to. For example, a filter that is marked or rated "10 micron" has some capability to capture particles as small as 10 micrometers. Although, the micron rating does not determine the exact efficiency of contaminant holding capability of the filter, it will help you determine which filter is most suitable according to your water supply.
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These cartridges are compatible within whole house/high flow filter systems. These filter systems are designed to remove contaminants from the entire water supply to your home – providing near pure water to all the faucets/showers in the residence. The micron rating of a filter cartridge determines the ability of the filter's media to remove contaminants by the size of particles it is exposed to. For example, a filter that is marked or rated "10 micron" has some capability to capture particles as small as 10 micrometers. Although, the micron rating does not determine the exact efficiency of contaminant holding capability of the filter, it will help you determine which filter is most suitable according to your water supply.
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These cartridges are compatible within whole house/high flow filter systems. These filter systems are designed to remove contaminants from the entire water supply to your home – providing near pure water to all the faucets/showers in the residence. The micron rating of a filter cartridge determines the ability of the filter's media to remove contaminants by the size of particles it is exposed to. For example, a filter that is marked or rated "10 micron" has some capability to capture particles as small as 10 micrometers. Although, the micron rating does not determine the exact efficiency of contaminant holding capability of the filter, it will help you determine which filter is most suitable according to your water supply.
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These cartridges are compatible within whole house/high flow filter systems. These filter systems are designed to remove contaminants from the entire water supply to your home – providing near pure water to all the faucets/showers in the residence. The micron rating of a filter cartridge determines the ability of the filter's media to remove contaminants by the size of particles it is exposed to. For example, a filter that is marked or rated "10 micron" has some capability to capture particles as small as 10 micrometers. Although, the micron rating does not determine the exact efficiency of contaminant holding capability of the filter, it will help you determine which filter is most suitable according to your water supply.
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These cartridges are compatible within whole house/high flow filter systems. These filter systems are designed to remove contaminants from the entire water supply to your home – providing near pure water to all the faucets/showers in the residence. The micron rating of a filter cartridge determines the ability of the filter's media to remove contaminants by the size of particles it is exposed to. For example, a filter that is marked or rated "10 micron" has some capability to capture particles as small as 10 micrometers. Although, the micron rating does not determine the exact efficiency of contaminant holding capability of the filter, it will help you determine which filter is most suitable according to your water supply.
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The world's finest ceramic! The fluoride removal media is the same mineral that rubies and sapphires (corundum) are made from, in crystalline form. The process ‘selective adsorption’ is a physical/ chemical reaction whereby the fluoride ions are removed by binding to the media’s oxidised surface. This highly porous media has a large surface area of 200meter² per gram for optimal filtration.
