FilmTec Dupont BW30-1812-75 Reverse Osmosis Membrane
High Scale Repellent Film of DOW DuPont FilmTec for reverse osmosis systems with high clean water requirements.
Made in USA
Reverse Osmosis Membrane 75GPD
99% descaling
NSF58 Certification
Free shipping and cash on delivery throughout Greece
High quality film with Made in USA sheets of FilmTec Dupont unique technology with 99% scale rejection
The membrane has a production capacity of 75GPD (290lt per day) with a pore size of 0.0001micron.
DOW has been integrated since 2019 into the Dupont group
Advantages
- Made in USA from high quality films using stringent 6-sigma system technology.
- 99% descaling. The highest rejection rate on the market
- NSF58 certified
- 20% more operating flow than the competition
- Fixation time under 30 minutes
- Excellent performance even in hard water
- The membrane design does not easily allow fouling to form inside. This gives the membrane longer life and less maintenance
- It is compatible with all 1812 membrane cases
- Authentication via SMS and Scan QR Code
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Technical Characteristics
Membrane type | BW30-1812-75 |
Construction material | spiral-wound element with polyamide thin-film composite |
Country of manufacture | USA |
Certification | NSF/ANSI 58 |
Daily water production* | 290 lt/d |
Hourly water production* | 12 l/h |
Salt Rejection* | 99.0 % |
Maximum working pressure | 10 bars |
Maximum operating temperature | 45°С |
pH operating limit | 2...11 |
pH operating limit (in cleaning mode) | 1...13 |
Maximum feed silt density index (SDI) | SDI < 5 |
Maximum permissible chlorine | < 0.1 mg/L |
Diaphragm dimensions including orifices (length x diameter) | 11.74in (298mm) X 1.75in (44.5mm) |
Water outlet dimensions (length x diameter) | 0.875in (30.2mm)X 0.68in (17mm) |
Delivery of Membrane | Dry in Sealed package |
1. Permeate flow and salt rejection based on the following test conditions: 250 ppm softened tap water, 77°F (25°C), 15% recovery and the specified applied pressure.
2. Minimum salt rejection is 96.0%.
3. Permeate flows for individual elements may vary ±20%.
ACCOMPANYING FILES
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