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IMPORTANT NOTICE TO ALL FINERFILTERS CUSTOMERS
To all of our customers - we are currently going through a site relocation commencing 01.10.24 until 07.10.24. We aim for this to have as minimal disruption as possible, however, due to the nature of the move, there may be some slight delays in relation to order dispatch and responding to customer enquiries.
Independently developed by Vontron - the RO element ULP-2812-200 is a 12" x 2.8" Domestic Reverse Osmosis Membrane and is designed for low-salinity water resources such as tap water, well water, etc.
Working under extra low pressure, it can be used in water purifying devices and applications such as residences, hospitals or laboratories.
It will provide up to 200 US Gallons per day (GPD) / 31.55 Litres per hour (0.76 cubic meters) per day at optimum output.
Vontron ULP2812-200GPD TFC Membrane For Reverse Osmosis Systems
Reverse Osmosis membrane elements contain a preserving solution and should be flushed for 1 hour and the resultant permeate solution discarded before normal operation can be resumed. The elements must be kept moist at all times after initial wetting.
Elements should be immersed in a protective solution during storage, shipping or system shutdowns to prevent biological growth and frost damage.
Technical Information
Membrane Type: Polyamide Thin-Film Composite
Dimensions:
Length: 12" / 298mm
Diameter: 2.8" / 71mm
Maximum Operating Pressure: 290psi (20bar)
Maximum Feed Rate: 2.0gpm (7.6 lpm)
Maximum Operating Temperature: 113°F (45°C)
Free Chlorine Tolerance: <0.1ppm
Average Permeate: 200GPD
Stable Rejection: 97%
Min. Rejection: 96%
Testing Conditions
Testing Pressure: 100 psi (0.69MPa)
Concentration of Test Solution: (NaCl): 500ppm
pH of Testing Solution: 6.5 - 8.5
Recovery of Single Element: 15%
Please note:
Permeate of single elements elements may vary within +/-20%.
Free chlorine can be damaging to the membrane leaves, please ensure that steps are taken to remove as much as possible such as activated carbon pre-filters prior to allowing water to pass through the membrane.