RO Membrane Brands | TheROMembrane

Brand

DuPont FilmTec™

Setting new standards for performance

DuPont FilmTec is a global leader in water purification and separation technologies, best known for its high-performance reverse osmosis (RO) membranes. Trusted across industrial, commercial, and residential sectors, FilmTec membranes deliver reliable, energy-efficient solutions for desalination, wastewater treatment, and water reuse.

DuPont FilmTec™

Setting new standards for performance

DuPont FilmTec™

Setting new standards for performance

PRODUCTS

Seawater RO

FilmTec™

FilmTec™ SW30-2521

Sea Water

Seawater RO Elements for Small Commercial Systems.

99.4%

300 GPD

31 ft² (2.9 m²)

1,200 psi (83 bar)

Seawater RO

FilmTec™

FilmTec™ SW30-2521

Sea Water

Seawater RO Elements for Small Commercial Systems.

99.4%

300 GPD

31 ft² (2.9 m²)

1,200 psi (83 bar)

Seawater RO

FilmTec™

FilmTec™ SW30-2521

Sea Water

Seawater RO Elements for Small Commercial Systems.

99.4%

300 GPD

31 ft² (2.9 m²)

1,200 psi (83 bar)

Seawater RO

FilmTec™

FilmTec™ SW30-2540

Sea Water

Seawater RO Elements for Small Commercial Systems.

99.7%

700 GPD

78 ft² (7.2 m²)

1,200 psi (83 bar)

Seawater RO

FilmTec™

FilmTec™ SW30-2540

Sea Water

Seawater RO Elements for Small Commercial Systems.

99.7%

700 GPD

78 ft² (7.2 m²)

1,200 psi (83 bar)

Seawater RO

FilmTec™

FilmTec™ SW30-2540

Sea Water

Seawater RO Elements for Small Commercial Systems.

99.7%

700 GPD

78 ft² (7.2 m²)

1,200 psi (83 bar)

High Permeability

FilmTec™

FilmTec™ SW30HRLE-400

Sea Water

Seawater High Permeate Quality Reverse Osmosis ...

99.8%

7,500 GPD

400 (37) ft2 (m2)

1,200 psi (83 bar)

High Permeability

FilmTec™

FilmTec™ SW30HRLE-400

Sea Water

Seawater High Permeate Quality Reverse Osmosis ...

99.8%

7,500 GPD

400 (37) ft2 (m2)

1,200 psi (83 bar)

High Permeability

FilmTec™

FilmTec™ SW30HRLE-400

Sea Water

Seawater High Permeate Quality Reverse Osmosis ...

99.8%

7,500 GPD

400 (37) ft2 (m2)

1,200 psi (83 bar)

Fiberglassed Elements

FilmTec™

FilmTec™ SW30-4040

Sea Water

Seawater RO Elements for Small Commercial Systems.

99.7%

1,950 GPD

85 (7.9) ft2 (m2)

1,200 psi (83 bar)

Fiberglassed Elements

FilmTec™

FilmTec™ SW30-4040

Sea Water

Seawater RO Elements for Small Commercial Systems.

99.7%

1,950 GPD

85 (7.9) ft2 (m2)

1,200 psi (83 bar)

Fiberglassed Elements

FilmTec™

FilmTec™ SW30-4040

Sea Water

Seawater RO Elements for Small Commercial Systems.

99.7%

1,950 GPD

85 (7.9) ft2 (m2)

1,200 psi (83 bar)

Fiberglassed Elements

FilmTec™

FilmTec™ BW30 PRO-2540

Brackish Water

Fiberglassed Large Commercial Elements for Chal...

99.7%

1,000 GPD

28 (2.6) ft2 (m2)

600 psig (41 bar)

Fiberglassed Elements

FilmTec™

FilmTec™ BW30 PRO-2540

Brackish Water

Fiberglassed Large Commercial Elements for Chal...

99.7%

1,000 GPD

28 (2.6) ft2 (m2)

600 psig (41 bar)

Fiberglassed Elements

FilmTec™

FilmTec™ BW30 PRO-2540

Brackish Water

Fiberglassed Large Commercial Elements for Chal...

99.7%

1,000 GPD

28 (2.6) ft2 (m2)

600 psig (41 bar)

Residential

FilmTec™

FilmTec™ TW30-1812-50HR

Tap Water

FilmTec™Residential Reverse Osmosis (RO) Elemen...

99%

50 GPD

28 ft² (2.6 m²)

150 psig (10 bar)

Residential

FilmTec™

FilmTec™ TW30-1812-50HR

Tap Water

FilmTec™Residential Reverse Osmosis (RO) Elemen...

99%

50 GPD

28 ft² (2.6 m²)

150 psig (10 bar)

Residential

FilmTec™

FilmTec™ TW30-1812-50HR

Tap Water

FilmTec™Residential Reverse Osmosis (RO) Elemen...

99%

50 GPD

28 ft² (2.6 m²)

150 psig (10 bar)

Residential

FilmTec™

FilmTec™ TW30-1812-100HR

Tap Water

FilmTec™Residential Elements are some of the mo...

98%

100 GPD

28 ft² (2.6 m²)

150 psig (10 bar)

Residential

FilmTec™

FilmTec™ TW30-1812-100HR

Tap Water

FilmTec™Residential Elements are some of the mo...

98%

100 GPD

28 ft² (2.6 m²)

150 psig (10 bar)

Residential

FilmTec™

FilmTec™ TW30-1812-100HR

Tap Water

FilmTec™Residential Elements are some of the mo...

98%

100 GPD

28 ft² (2.6 m²)

150 psig (10 bar)

Anti-fouling

FilmTec™

FilmTec™ BW30XFRLE-400/34

Brackish Water

Anti-fouling and Low-Energy Brackish Water Reve...

99.3%

11,500 GPD

400 (37) ft2 (m2)

600 psig (41 bar)

Anti-fouling

FilmTec™

FilmTec™ BW30XFRLE-400/34

Brackish Water

Anti-fouling and Low-Energy Brackish Water Reve...

99.3%

11,500 GPD

400 (37) ft2 (m2)

600 psig (41 bar)

Anti-fouling

FilmTec™

FilmTec™ BW30XFRLE-400/34

Brackish Water

Anti-fouling and Low-Energy Brackish Water Reve...

99.3%

11,500 GPD

400 (37) ft2 (m2)

600 psig (41 bar)

Fiberglassed Elements

FilmTec™

FilmTec™ BW30 PRO-4040

Brackish Water

Fiberglassed Large Commercial Elements for Chal...

99.7%

2,600 GPD

85 (7.9) ft2 (m2)

600 psig (41 bar)

Fiberglassed Elements

FilmTec™

FilmTec™ BW30 PRO-4040

Brackish Water

Fiberglassed Large Commercial Elements for Chal...

99.7%

2,600 GPD

85 (7.9) ft2 (m2)

600 psig (41 bar)

Fiberglassed Elements

FilmTec™

FilmTec™ BW30 PRO-4040

Brackish Water

Fiberglassed Large Commercial Elements for Chal...

99.7%

2,600 GPD

85 (7.9) ft2 (m2)

600 psig (41 bar)

Extra High Rejection

FilmTec™

FilmTec™ BW30XHR PRO-400/34

Brackish Water

Extra High Rejection Brackish Water Reverse Osm...

99.8%

11,500 GPD

400 ft²

600 psig (41 bar)

Extra High Rejection

FilmTec™

FilmTec™ BW30XHR PRO-400/34

Brackish Water

Extra High Rejection Brackish Water Reverse Osm...

99.8%

11,500 GPD

400 ft²

600 psig (41 bar)

Extra High Rejection

FilmTec™

FilmTec™ BW30XHR PRO-400/34

Brackish Water

Extra High Rejection Brackish Water Reverse Osm...

99.8%

11,500 GPD

400 ft²

600 psig (41 bar)

High Rejection

FilmTec™

FilmTec™ BW30 PRO-400

Brackish Water

High Rejection and High Performance Industry-St...

99.6%

11,000 GPD

400 ft²

600 psig (41 bar)

High Rejection

FilmTec™

FilmTec™ BW30 PRO-400

Brackish Water

High Rejection and High Performance Industry-St...

99.6%

11,000 GPD

400 ft²

600 psig (41 bar)

High Rejection

FilmTec™

FilmTec™ BW30 PRO-400

Brackish Water

High Rejection and High Performance Industry-St...

99.6%

11,000 GPD

400 ft²

600 psig (41 bar)