Polyamide Thin-Film CompositeMade in USA98% Stabilized Salt Rejection (Minimum Rejection 96%)NSF/ANSI Standard 58 listedMembrane Dimensions: 11.75" Overall Length, 1.75" Diameter (Fits Standard 2" ID Membrane Housings)Product DescriptionDow Filmtec...
Dow Filmtec TW30-4021 commercial reverse osmosis elements offer the highest quality water for small commercial systems purifying less than one gallon per minute (0.2 m3/d) of RO water.
Dow Filmtec TW30-4021 reverse osmosis elements offer the highest quality water for small commercial systems purifying less than one gallon per minute (0.2 m3/d) of RO water. Dow Filmtec XLE (extra low energy) elements operate at the lowest pressure in...
The Dow Filmtec LE-400 element is a low-energy element for industrial and municipal applications. The LE-400 operates using low pressure to provide savings in energy cost.
The Dow Filmtec TW30-2540 reverse osmosis membrane element is the industry standard for reliable operation and production of the highest quality water.
FILMTEC Interlocking (iLEC) Membranes for RO Systems Model Number: BW30-400/34i Flow Rate: 10,500 Gal/Day (39,742 L/Day) Active Membrane Area: 400 ft² (37 m²) Size (Approximate:) 8" Diameter × 40" Length Test Pressure: 225 PSI (15.5 bar) Stabilized...
The Dow Filmtec SW30HRLE-400i offers very high productivity and rejection, enabling the lowest cost of water for seawater desalination.
The Dow Filmtec LC LE-4040 meets a wide variety of customer needs in commercial applications, from producing high purity water to delivering low total system costs.
The Dow Filmtec SW30-2521 reverse osmosis membrane offers high productivity and maintain excellent salt rejection. This membrane can be operated at a lower pressure to reduce pump size and cost.
The Dow Filmtec BW30-365 has been the reverse osmosis membrane element of choice for system designers, OEMs and system operators that require maximum performance and element lifespan, especially when treating difficult feed waters. The BW30-365 offers...
The Dow Filmtec BW30-400/34i membrane offers durability, high-rejection and high-productivity in difficult feed conditions, enabling trouble-free operation and low water cost.
The Dow Filmtec XLE-4040 reverse osmosis element meets a wide variety of customer needs for commercial applications, featuring high performance and low total system costs.
Dow Filmtec TW30-2521 commercial reverse osmosis (RO) elements offer the highest quality water for small commercial systems purifying less than one gallon per minute (0.2 m3/d) of RO water.
The Dow Filmtec BW30-2540 brackish water reverse osmosis membrane element provides excellent performance, perfect for light industrial use. This membrane element is designed for systems smaller than 1 gpm (0.2 m3/h) offering a hard shell exterior for...
The Dow Filmtec SW30HR-380 is a premium grade seawater reverse osmosis element featuring both high active area and high salt rejection to offer the best long-term economics for seawater desalination systems.
Product Description The Dow Filmtec TW30-1812-36 is a drinking water reverse osmosis element made using advanced technology to ensure consistent performance and quality for all customers. From the Manufacturer The Dow Filmtec TW30-1812-36 is a drinking...
The Dow Filmtec BW30-4040 brackish water reverse osmosis membrane elements provide consistent and outstanding system performance in light industrial applications. Elements with a hard shell exterior are recommended for systems with multiple-element...
The Dow Filmtec SW30-2540 reverse osmosis membrane offers high productivity and maintain excellent salt rejection. This membrane can be operated at a lower pressure to reduce pump size and cost.
The Dow Filmtec SW30-4021 offers high productivity while maintaining excellent salt rejection. Dow Filmtec membranes are produced with precision element fabrication, resulting in consistent product performance.
The Dow Filmtec TW30-1812-24 is a drinking water reverse osmosis element made using advanced technology to ensure consistent performance and quality for all customers.
