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- FORBLUE™ FLEMION™
FORBLUE™ FLEMION™
FLEMION™ is a fluorinated ion exchange membrane for production of caustic soda/caustic potash that achieves substantial energy-savings.
FORBLUE™ FLEMION™ Functions and Features
Energy savings by low electric resistance
AGC has continued its efforts to reduce electric resistance of ion exchange membranes over the last 40 years by applying innovative designs. FLEMION™ is a fluorinated cation exchange membrane that offers extremely low resistance and is the preferred product by many customers.
High current efficiency
The use of carboxylic polymer helps ion exchange membranes in salt electrolysis achieve high electrical current efficiency. This fluorinated carboxylic polymer was invented by AGC. This polymer industrialized the chlor-alkali membrane process. Now FLEMION™ demonstrates high electrical current efficiency continuously.
Stable performance by high impurity resistance
AGC minimizes the influence of impurities on membranes by investigating the mechanisms of impurities effects. As a result of this process, membranes can achieve stable long-term performance.
FORBLUE™ FLEMION™ Usage
FLEMION™ is used in electrolyzers at electrolysis plants in which brine is decomposed. It plays a key part in manufacturing caustic soda (sodium hydroxide)/caustic potash (potassium hydroxide), chlorine, and hydrogen-basic chemical products required in our daily lives. It is used by customers throughout the world.
FORBLUE™ FLEMION™ Usage
It has been successfully used for the following purposes.
Ion-exchange membrane for caustic soda electrolysis
It is used in salt (NaCl) electrolysis, which produces caustic soda (sodium hydroxide), chlorine, and hydrogen.
Ion-exchange membrane for caustic potash electrolysis
It is used in potash (KCl) electrolysis, which produces caustic potash (potassium hydroxide), chlorine, and hydrogen.
Product Lineup
F-9060: Latest FLEMIONTM
40 mV* lower voltage compared to F-9010
Furthermore, other performances are also improved and F-9060 is the best suitable option for Zero-Gap Electrolyzer operation.
*Based on our own comparison data measured and compared at AGC laboratory electrolyzer (6kA/m2)
Product List
| Product Name | Uses | Features |
|---|---|---|
| F-9060 | Manufacturing caustic soda via salt electrolysis method | Latest FLEMIONTM Lowest voltage (Lowest power consumption) Highest current efficiency Higher current density (Improved) Less impurity influence (Improved) Suitable for Zero-Gap Elecrolyzer operation |
| F-9010A | Manufacturing caustic soda via salt electrolysis method | Highest current efficiency Lower voltage (Lower power consumption) Higher current density (Improved) Less impurity influence (Improved) Suitable for Zero-Gap Elecrolyzer operation |
| F-9010 | Manufacturing caustic soda via salt electrolysis method | Lower voltage (Lower power consumption) Higher current density (Improved) Less impurity influence (Improved) Suitable for Zero-Gap Electrolyzer operation |
| F-8080A | Manufacturing caustic soda via salt electrolysis method | Lower power consumption Higher current density Less impurity influence Suitable for Zero-Gap Electrolyzer operation |
| F-8080 | Manufacturing caustic soda via salt electrolysis method | Lower power consumption Higher current density Less impurity influence |
| F-8081 | Manufacturing caustic soda via salt electrolysis method | Low power consumption Higher current density Less impurity influence High robustness (reduced pinching issue) |
| F-8080HD | Manufacturing caustic soda via salt electrolysis method | Lower current density High caustic quality (less NaCl in NaOH) Higher durability (fewer salt blisters) |
| F-8081HD | Manufacturing caustic soda via salt electrolysis method | Lower current density High caustic quality (less NaCl in NaOH) Higher durability (fewer salt blisters) High robustness (reduced pinching issue) |
| F-8080K | Manufacturing caustic potash via salt electrolysis method | Lower power consumption Higher current density Less impurity influence |
| F-8081HDK | Manufacturing caustic potash via salt electrolysis method | Lower current density High caustic quality (less NaCl in NaOH) Higher durability (fewer salt blisters) High robustness (reduced pinching issue) |
Inquiries about this Product
We also accept requests for samples, and consultations regarding introduction and verification support.
