Anion exchange membrane Fumasep FAA-3-20 separation membrane

Name: Anion exchange membrane Fumasep FAA-3-20 separation membrane
Brand: Canrd
Price: 77.02 USD
Availability: InStock

$77.02

Productthickness (um)：

20um

Model：

FM-EM-MM-0010

Brand：

Fumasep(Fuma)

Classification：

ionexchange membrane, energy material, experimental material, fuel cells, all

item_No

Specifications

Price

FM-EM-MM-001001

10*10cm

$77.02

Details

Overview

Details

This anion exchange membrane, Fumasep FAA-3-20, is designed for use in electrochemical systems, including fuel cells and energy-related separation processes. With a thickness of approximately 18 to 22 µm and a brown transparent film appearance, the membrane exhibits low resistance (under 2.0 Ω/cm² in chloride form) and high ionic selectivity exceeding 90%. It is supplied in a dry state and requires self-activation prior to use. The material demonstrates strong stability in acidic and alkaline environments, making it suitable for applications that demand reliable ion transport and selective separation. This product supports research and development in advanced energy materials, particularly where efficient anion exchange and durability under varying chemical conditions are needed.

Model	Fumasep FAA-3-20	Fumasep FAA-3-50
Physical Properties
Appearance	Brown Transparent Film	Brown Transparent Film
Thickness (um)	18~22um	45~55um
Backing	Colorless Rigid PET Foil	Colorless Rigid PET Foil
Delivery State	Dry, requires self-activation	Dry, requires self-activation
Resistance (Ω/cm²)	＜2.0 (Chloride form)	Surface resistance 0.6 (Chloride form), 0.10-0.15 (Hydroxide form)
Density (mg/cm²)	7.5~8.3
Ionic Selectivity	＞90%	95.5% (Chloride form)
Characteristics	Low resistance, high selectivity, high acid and alkali stability

Usage and Storage Recommendations

Pretreatment Methods (By Application)

Application Scenario	Recommended Wetting/Activation Method	Notes
Fuel Cell / Redox Flow Battery	Soak in 0.5 M NaCl, 24–72 h	Promotes swelling and stabilizes dimensional stability
Electrodialysis / Acid-Base Recovery	Soak in NaCl or KCl solution, 12–48 h	Avoids bubble entrainment
CO₂ Electroreduction / Water Electrolysis	Convert to OH⁻ form: Soak in 0.5–1.0 M NaOH or KOH ≥ 24 h	Operation under inert atmosphere is preferred
Long-term Storage	Store in a dry, hermetically sealed, light-proof container	Prevents moisture and CO₂ from degrading performance
Short-term Storage	Immerse in neutral saline solution in a sealed container	Suitable for pre-wetted membranes

Non-product quality problem, no return

Confidentiality requirements regarding the use statement of the diaphragm

Dear Customer:

To avoid potential intellectual property risks, we hereby remind you to pay attention to the following important points:

1. Unauthorized disclosure is prohibited.
Without the formal written authorization from the manufacturer (such as UBE of Japan, Wscope of Korea, Celgard of the United States, etc.) or its parent company, please do not explicitly mention the use of the separators from these manufacturers in any public setting (including but not limited to patent applications, paper publications, product promotions, technical documents, social media, exhibitions, or media reports, etc.).
2. Legal risk warning
If an intellectual property infringement dispute (such as trademark, patent or trade secret issues) occurs due to unauthorized disclosure, all legal responsibilities and economic losses arising therefrom shall be borne by the disclosing party on its own.

Please make sure to pay attention to the above requirements. Avoiding any unnecessary legal disputes caused by negligence is of utmost importance. If you have any questions, please feel free to contact us at any time.