Regular Reverse Osmosis Spiral-wound Membranes
HG-MW/HG-MG/HG-MD Series
AMESTEC's cost-effective reverse osmosis membrane series has stable salt rejection and water production, pollution resistance and easy cleaning, ensuring long-term stable operation of the system and reducing user operating costs. A new product with a neutral surface charge is almost unaffected by the adsorption of a charge such as a surfactant. It adopts different water inlet channels commonly used in the industry and has good cleanability.
Operation and Cleaning Parameters
● Max. operating pressure: 600psi
● Typical operating pressure: 225psi
● Pressure drop of single membrane element: <12psi
● Recovery rate: 15%
● Max. operating temperature: 50℃
● Max. cleaning temperature: 50℃
● Continuous working PH range: 4.0-11.0
● Cleaning PH range: 2.0-11.5
● Max. allowable residual chlorine: 500ppm-h
● Inlet water: NTU<1 SDI<5
Large Flux and Ultra-Low Pressure Reverse Osmosis Membranes
HG-ML/HG-MK Series
AMESTEC Hg-ML/HG-MK series is energy-saving composite reverse osmosis membranes with ultra-low pressure and large flux. Under the same water yield, operating pressure is 1/3 lower than that of regular reverse osmosis spiral-wound membrane elements, while the advantages of high salt rejection rate and low total cost of water production are being maintained. So that a lot of energy can be saved and reverse osmosis systems become more acceptable to customers.
Operation and Cleaning Parameters
● Max. operating pressure: 600psi
● Typical operating pressure: 100psi
● Pressure drop of single membrane element: <8psi
● Recovery rate: 15%
● Max. operating temperature: 50℃
● Max. cleaning temperature: 50℃
● Continuous working PH range: 4.0-11.0
● Cleaning PH range: 2.0-11.5
● Max. allowable residual chlorine: 500ppm-h
● Inlet water: NTU<1 SDI<5
Anti-fouling Reverse Osmosis Membranes
HG-MFR/HG-MFL Series
AMESTEC HG-MFR/HG-MFL series is anti-fouling reverse osmosis membranes, which is developed by taking use of new type membrane technology, whose membrane surface charge is neutral, which is not affected almost by the surfactant etc charge substances adsorption. It adopts the widest inlet water channels of the industry, reducing the possibilities of fouling membrane elements and obviously improving cleaning effect.
Main characteristics:
High salt rejection;
High anti-fouling, stable operation;
High porosity, large water yield, high quality product water.
Operation and Cleaning Parameters
● Max. operating pressure: 600psi
● Typical operating pressure: 100psi
● Pressure drop of single membrane element: <8psi
● Recovery rate: 15%
● Max. operating temperature: 50℃
● Max. cleaning temperature: 50℃
● Continuous working PH range: 4.0-11.0
● Cleaning PH range: 2.0-11.5
● Max. allowable residual chlorine: 500ppm-h
● Inlet water: NTU<1 SDI<5
Ultrapure Water Reverse Osmosis Membranes
HG-MW/ HG-MG Series
AMESTEC ultrapure water reverse osmosis membrane element has the characteristics of high salt rejection, high anti-fouling, high removal rate of boron, silicon, germanium and so on, so as to avoid EDI system from being effected by inlet water quality changes, even cause the fluctuation of product water quality of the system. Such membrane element has long chemical cleaning cycle, stable product water quality, which is the most suitable desalination component before ultrapure water EDI system for the microelectronics industry.
Operation and Cleaning Parameters
● Max. operating pressure: 600psi
● Typical operating pressure: 225psi
● Pressure drop of single membrane element: <8psi
● Recovery rate: 15%
● Max. operating temperature: 50℃
● Max. cleaning temperature: 50℃
● Continuous working PH range: 4.0-11.0
● Cleaning PH range: 2.0-12
● Max. allowable residual chlorine: 500ppm-h
● Inlet water: NTU<1 SDI<5
Seawater Desalination Membranes
HG-MSW Series
AMESTEC HG-MSW series seawater desalination membrane element is a kind of standard membrane element self-independently developed, with the world highest standards of pressure bearing, which has the characteristics of high removal rate of sodium chloride and boron. It can be widely used in the fields of seawater desalination and brackish water desalination.
Operation and Cleaning Parameters
● Max. operating pressure: 1200psi
● Typical operating pressure: 800psi
● Pressure drop of single membrane element: <20psi
● Recovery rate: 8%
● Max. operating temperature: 50℃
● Max. cleaning temperature: 50℃
● Continuous working PH range: 2.0-11.0
● Cleaning PH range: 1.0-12
● Max. allowable residual chlorine: 500ppm-h
● Inlet water: NTU<1 SDI<5
Phone
Product
Contact us