Thin Film Membrane Supplier Selangor

Permeate & Condensate Polishing The Polisher RO family of proprietary thin film reverse osmosis membrane elements is characterized by high flux and excellent sodium chloride rejection. The membrane has an average rejection of 99.5% on 2,000 ppm NaCl at 25°C (77°F) and 225psi operating pressure.

Sugar purification and concentration – HWS compatible The Duracon family of proprietary thin-film reverse osmosis membrane elements are characterized by high sodium chloride rejection. The A-series membrane has an average rejection of 99.2% on 2,000ppm NaCl at 25°C and 225psi.

Ultrafiltration – Superior Protein Retention Description and UseDescription and Use
The Dairy PT Series of polyethersulfone ultrafiltration membrane elements are characterized by a 5,000 molecular weight cut-off. These elements are typically used for protein concentration up to 30% solids from milk, whey and gelatin, when protein retention is key.

Beverage and bottled water production
The BEV NF membrane element is engineered to provide beverage plants with consistent, high quality water for production of carbonated soft drinks, juices, and sport drinks. The BEV NF element will process most municipal or plant well-water to meet your alkalinity, hardness, and low sodium requirements.

Extreme Low Pressure Brackish Water RO elements
The A-Series family of proprietary thin-film reverse osmosis membrane is characterized by high flux and relatively high sodium chloride rejection. AP brackish water elements are selected when extreme high flow and ultra-low operating pressures are desired.

Low Energy Brackish Water RO Elements
The A-Series family of proprietary thin-film reverse osmosis elements is characterized by high flux and high sodium chloride rejection. AK Low Pressure Brackish Water Elements are selected when high rejection and low operating pressures are desired.

High flow low energy brackish water RO elements
The A-Series family of proprietary thin-film reverse osmosis elements is characterized by high flux and high sodium chloride rejection. AK LE brackish water elements are selected when high rejection, high flow, and ultra-low operating pressures are desired.

Low Energy Brackish Water RO Elements
The AG LE Series of thin-film reverse osmosis (RO) elements are designed to perform in brackish water applications where the customer and application seek to optimize energy performance with high rejection.

High performance, low energy, high rejection brackish water RO elements
The AG LE H Series of thin-film reverse osmosis (RO) elements are designed to perform in brackish water applications where the customer and application seek to balance low energy and high rejection requirements.

High rejection brackish water RO elements
The A-Series family of proprietary thin-film reverse osmosis membrane is characterized by high flux and high sodium chloride rejection. AG HR brackish water elements are selected when high rejection and operating pressures as low as 200 psi (1,379 kPa) are desired.

High rejection low fouling brackish water RO element
The A-Series family of proprietary thin-film reverse osmosis elements are characterized by high flux and high sodium chloride rejection. The AG HR LF Series is selected for the treatment of impaired water when high rejection is desired.

High performance, very high rejection brackish water RO elements
The AG H Series of reverse osmosis (RO) elements are designed to perform in brackish water applications where the very highest levels of rejection are needed.

Fouling resistant brackish water RO elements for challenging water & wastewater
The AG Series fouling resistant brackish water reverse osmosis elements are characterized by high flux and relatively high sodium chloride rejection.

The AG FR element is designed for challenging water & wastewater applications.

High performance, fouling resistant, high rejection brackish water RO elements
The AG FR H Series of thin-film reverse osmosis (RO) elements are designed to perform in challenging brackish water applications where high rejection is critical and fouling remains a key consideration.

High rejection low energy seawater RO elements
The AE series of proprietary thin film reverse osmosis elements are characterized by an excellent sodium chloride rejection. AE series is selected when high quality permeate is demanded from seawater that is relatively high in TDS.

High rejection seawater RO element
The AD Series family of proprietary thin film reverse osmosis elements is characterized by an excellent sodium chloride rejection. The AD Series is selected when high quality permeate is demanded from seawater that is relatively high in TDS.

Industrial High Temperature Elements Description and Use
The Duratherm EXL Series includes RO and NF membrane elements. These Series are specifically designed to maximize the benefits of hot water sanitization for industries relying on chemical-free sanitization for product quality and/or industry compliance standards.

Sugar processing and acid removal– HWS compatible
The Duracon family of proprietary thin-film nanofiltration membrane elements is characterized by an approximate molecular weight cut-off of 150-300 Dalton for uncharged organic molecules.

Dairy processing sanitary nanofiltration
Description and Use The D-Series family of proprietary thin-film nanofiltration membrane elements is characterized by an approximate molecular weight cut-off of 150- 300 Dalton for uncharged organic molecules.

Brackish water reverse osmosis flat sheet membrane
The A-Series, family of proprietary thin-film reverse osmosis membranes, are characterized by high flux and high sodium chloride rejection. AG Standard Brackish Water membrane is selected when high rejection and operating gage pressures as low as 200 psi (1400 kPa) are desired.

Very high rejection seawater RO elements

The AC Series, family of proprietary thin film reverse osmosis membrane elements, is characterized by an excellent sodium chloride rejection. AC Series is selected when high quality permeate is demanded from seawaterthat is relatively high in TDS.