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NEPEM N-212 Proton Exchange Membrane
By incorporating an expanded polytetrafluoroethylene (ePTFE) microporous reinforcing material into the traditional proton exchange membrane, the Thinkre PEM exhibits the characteristics of high strength, high conductivity, and low ion permeability.
Description
Thickness and Basis Weight Properties | |
---|---|
Thickness (ฮผm) | 50 |
Weight (g/mยฒ) | 99.0 |
Physical Properties | |
Tensile Strength (MPa) MD/TD | โฅ28/โฅ28 |
Tensile Modulus (MPa) MD/TD | โฅ400/โฅ400 |
Elongation at break (%) MD/TD | โฅ100/โฅ120 |
Conductivity (S/cm) | โฅ0.100 |
Hydrolytic Properties | |
Water Content (%) | 5.0ยฑ3.0 |
Water Uptake (%) | 50.0ยฑ5.0 |
Thickness Swelling Rate (23โ,50%RH) % increase | โค10 |
Thickness Swelling Rate (100โ,50%RH) % increase | โค30 |
Linear expansion (23โ,50%RH) % increase MD/TD | โค4 |
Linear expansion (100โ,50%RH) % increase MD/TD | โค20 |
The N-212 represents a thicker variant of the N-200 series membranes, providing enhanced mechanical durability while maintaining proton conductivity. Its hydrolytic stability suits demanding fuel cell operating conditions.
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