Anion/Cation Electrodialysis ion Exchange Membrane Size 20x20/40x40/40x80cm for desalination Low Resistance ion Separator(Anion 40x80cm)

Ion exchange membranes are thin films that selectively allow ions to pass through, roughly divided into cation exchange membranes and anion exchange membranes. In a cation exchange membrane, due to the fixed negative charge exchange group, only cations can pass through, while anions are repelled by negative charges and cannot pass through. The anion exchange membrane utilizes the opposite effect.The homogeneous ion exchange membrane adopts a synthesis method, with bonding between functional groups and no heterogeneous structure. Its is uniform, the membrane surface is small, it is not easy to leak, and its performance is excellent. It is widely used in membrane capacitor deionization, seawater desalination, desalination, and other processes.Product features: High selectivity, higher ion selective permeability, resulting in higher current efficiency. can control the power cost of the device at a lower level; significantly superior to polystyrene ion exchange membranes in terms.Specification: Film surface ≤ 2.9 Ω· cm2 (0.5MnaCl, 25 ℃); Selection permeability ≥ 96%; PH usage range 1-12; Dry film thickness 50um; Blasting strength ≥ 0.25MPa; Water permeability ≤ 0.1mL/h-cm2-MPa; Thermal stability ≤ 50 ℃.

• Ion exchange membranes are thin films that selectively allow ions to pass through, roughly divided into cation exchange membranes and anion exchange membranes. In a cation exchange membrane, due to the fixed negative charge exchange group, only cations can pass through, while anions are repelled by negative charges and cannot pass through. The anion exchange membrane utilizes the opposite effect.
• Specification: Film surface ≤ 2.9 Ω· cm2 (0.5MnaCl, 25 ℃); Selection permeability ≥ 96%; PH usage range 1-12; Dry film thickness 50um; Blasting strength ≥ 0.25MPa; Water permeability ≤ 0.1mL/h-cm2-MPa; Thermal stability ≤ 50 ℃.
• The homogeneous ion exchange membrane adopts a synthesis method, with bonding between functional groups and no heterogeneous structure. Its is uniform, the membrane surface is small, it is not easy to leak, and its performance is excellent. It is widely used in membrane capacitor deionization, seawater desalination, desalination, and other processes.
• Product features: High selectivity, higher ion selective permeability, resulting in higher current efficiency. can control the power cost of the device at a lower level; significantly superior to polystyrene ion exchange membranes in terms.
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