AG Series brackish water elements are selected when high rejection and operating pressures as low as 200 psi are desired. These elements allow moderate energy savings and are considered a standard in the industry.

AG Series brackish water elements are selected when high rejection and operating pressures as low as 200 psi are desired. These elements allow moderate energy savings and are considered a standard in the industry.

AK Series brackish water elements should be selected when high retention and low operating pressures are desired. These elements allow significant energy savings since good rejection is achieved at low operating pressures. Available with male or female connections with TFM membrane material and either fiberglass, tape, cage or net outer wrap.

AK Series brackish water elements should be selected when high retention and low operating pressures are desired. These elements allow significant energy savings since good rejection is achieved at low operating pressures. Available with male or female connections with TFM membrane material and either fiberglass, tape, cage or net outer wrap.

AK Series brackish water elements should be selected when high retention and low operating pressures are desired. These elements allow significant energy savings since good rejection is achieved at low operating pressures. Available with male or female connections with TFM membrane material and either fiberglass, tape, cage or net outer wrap.

AK Series brackish water elements should be selected when high retention and low operating pressures are desired. These elements allow significant energy savings since good rejection is achieved at low operating pressures. Available with male or female connections with TFM membrane material and either fiberglass, tape, cage or net outer wrap.

AD HR membrane elements are characterized by a high sodium chloride rejection and excellent Boron rejection. AD HR Seawater elements feature high-pressure construction, TFM membrane material and Fiberglass outer wrap.

AD HR membrane elements are characterized by a high sodium chloride rejection and excellent Boron rejection. AD HR Seawater elements feature high-pressure construction, TFM membrane material and Fiberglass outer wrap.

AD HR membrane elements are characterized by a high sodium chloride rejection and excellent Boron rejection. AD HR Seawater elements feature high-pressure construction, TFM membrane material and Fiberglass outer wrap.

AD HR membrane elements are characterized by a high sodium chloride rejection and excellent Boron rejection. AD HR Seawater elements feature high-pressure construction, TFM membrane material and Fiberglass outer wrap.

The AG HR series element is designed for use on brackish water when very high rejection of monovalent ions is required while operating at pressure as low as 200 psi. AG HR series brackish water elements have a fiberglass outer wrap and a TFM membrane.

The AG HR series element is designed for use on brackish water when very high rejection of monovalent ions is required while operating at pressure as low as 200 psi. AG HR series brackish water elements have a fiberglass outer wrap and a TFM membrane.

AK HR Series brackish water elements are recommended for brackish water with salt concentration (TDS) levels up to 1,000 mg/l with significant energy savings since good rejection is achieved at operating pressures as low as 115 psig. In turn, AK HR elements produce a permeate quailty close to a standard brackish membrane element at a much lower pressure. AK HR elements have TFM membranes with fiberglass outer wrap.

AD HR membrane elements are characterized by a high sodium chloride rejection and excellent Boron rejection. AD HR Seawater elements feature high-pressure construction, TFM membrane material and Fiberglass outer wrap.

AE HR Series membrane elements are characterized by an excellent sodium rejection and good Boron rejection. AE HR seawater elements feature high-pressure construction.

AE HR Series membrane elements are characterized by an excellent sodium rejection and good Boron rejection. AE HR seawater elements feature high-pressure construction.

AE HR Series membrane elements are characterized by an excellent sodium rejection and good Boron rejection. AE HR seawater elements feature high-pressure construction.

The AG HR series element is designed for use on brackish water when very high rejection of monovalent ions is required while operating at pressure as low as 200 psi. AG HR series brackish water elements have a fiberglass outer wrap and a TFM membrane.

The AG HR series element is designed for use on brackish water when very high rejection of monovalent ions is required while operating at pressure as low as 200 psi. AG HR series brackish water elements have a fiberglass outer wrap and a TFM membrane.

The AG HR series element is designed for use on brackish water when very high rejection of monovalent ions is required while operating at pressure as low as 200 psi. AG HR series brackish water elements have a fiberglass outer wrap and a TFM membrane.

AG Series brackish water elements are selected when high rejection and operating pressures as low as 200 psi are desired. These elements allow moderate energy savings and are considered a standard in the industry.

AG Series brackish water elements are selected when high rejection and operating pressures as low as 200 psi are desired. These elements allow moderate energy savings and are considered a standard in the industry.

AG Series brackish water elements are selected when high rejection and operating pressures as low as 200 psi are desired. These elements allow moderate energy savings and are considered a standard in the industry.

AG Series brackish water elements are selected when high rejection and operating pressures as low as 200 psi are desired. These elements allow moderate energy savings and are considered a standard in the industry.

AG Series brackish water elements are selected when high rejection and operating pressures as low as 200 psi are desired. These elements allow moderate energy savings and are considered a standard in the industry.

AG Series brackish water elements are selected when high rejection and operating pressures as low as 200 psi are desired. These elements allow moderate energy savings and are considered a standard in the industry.

AG Series brackish water elements are selected when high rejection and operating pressures as low as 200 psi are desired. These elements allow moderate energy savings and are considered a standard in the industry.

AG Series brackish water elements are selected when high rejection and operating pressures as low as 200 psi are desired. These elements allow moderate energy savings and are considered a standard in the industry.

AG Series brackish water elements are selected when high rejection and operating pressures as low as 200 psi are desired. These elements allow moderate energy savings and are considered a standard in the industry.

AK HR Series brackish water elements are recommended for brackish water with salt concentration (TDS) levels up to 1,000 mg/l with significant energy savings since good rejection is achieved at operating pressures as low as 115 psig. In turn, AK HR elements produce a permeate quailty close to a standard brackish membrane element at a much lower pressure. AK HR elements have TFM membranes with fiberglass outer wrap.

AK HR Series brackish water elements are recommended for brackish water with salt concentration (TDS) levels up to 1,000 mg/l with significant energy savings since good rejection is achieved at operating pressures as low as 115 psig. In turn, AK HR elements produce a permeate quailty close to a standard brackish membrane element at a much lower pressure. AK HR elements have TFM membranes with fiberglass outer wrap.

AK Series brackish water elements should be selected when high retention and low operating pressures are desired. These elements allow significant energy savings since good rejection is achieved at low operating pressures. Available with male or female connections with TFM membrane material and either fiberglass, tape, cage or net outer wrap.

AK Series brackish water elements should be selected when high retention and low operating pressures are desired. These elements allow significant energy savings since good rejection is achieved at low operating pressures. Available with male or female connections with TFM membrane material and either fiberglass, tape, cage or net outer wrap.

AK Series brackish water elements should be selected when high retention and low operating pressures are desired. These elements allow significant energy savings since good rejection is achieved at low operating pressures. Available with male or female connections with TFM membrane material and either fiberglass, tape, cage or net outer wrap.

AK Series brackish water elements should be selected when high retention and low operating pressures are desired. These elements allow significant energy savings since good rejection is achieved at low operating pressures. Available with male or female connections with TFM membrane material and either fiberglass, tape, cage or net outer wrap.

AK Series brackish water elements should be selected when high retention and low operating pressures are desired. These elements allow significant energy savings since good rejection is achieved at low operating pressures. Available with male or female connections with TFM membrane material and either fiberglass, tape, cage or net outer wrap.

AK Series brackish water elements should be selected when high retention and low operating pressures are desired. These elements allow significant energy savings since good rejection is achieved at low operating pressures. Available with male or female connections with TFM membrane material and either fiberglass, tape, cage or net outer wrap.

Designed for Hurricane® and WaterBetter® Filter Housings High Flow Performance & Lower Operation Cost with Hurricane® Cartridges. Typical applications: Reverse Osmosis Pre-filtration, Desalination Pre-filtration, Industrial Water Filtration, Commercial/Residential Drinking Water Filtration, Municipal Drinking Water Filtration, Cooling Tower Filtration, Chill Water Loop Filtration, Food & Beverage Filtration, Marine / Aquatic Filtration, Industrial Coolant Filtration.

Designed for Hurricane® and WaterBetter® Filter Housings High Flow Performance & Lower Operation Cost with Hurricane® Cartridges. Typical applications: Reverse Osmosis Pre-filtration, Desalination Pre-filtration, Industrial Water Filtration, Commercial/Residential Drinking Water Filtration, Municipal Drinking Water Filtration, Cooling Tower Filtration, Chill Water Loop Filtration, Food & Beverage Filtration, Marine / Aquatic Filtration, Industrial Coolant Filtration.

Designed for Hurricane® and WaterBetter® Filter Housings High Flow Performance & Lower Operation Cost with Hurricane® Cartridges. Typical applications: Reverse Osmosis Pre-filtration, Desalination Pre-filtration, Industrial Water Filtration, Commercial/Residential Drinking Water Filtration, Municipal Drinking Water Filtration, Cooling Tower Filtration, Chill Water Loop Filtration, Food & Beverage Filtration, Marine / Aquatic Filtration, Industrial Coolant Filtration.