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FORBLUE FLEMION

Membrane For Electrolysis 

FORBLUE™ FLEMION™ is a fluorinated ion exchange membrane used to produce caustic soda/caustic potash in electrolysis plants. FLEMION membranes achieve substantial energy savings because they require less electrical current to decompose the purified brine. In addition to saving energy, FLEMION membranes minimize the influence of brine impurities and enable manufacturers to maintain high electrical current efficiency.

Used in salt electrolysis plants in over 50 countries all over the world

These membranes are used in the electrolyzers at electrolysis plants that decompose brine. They play a key part in manufacturing caustic soda (sodium hydroxide)/caustic potash (potassium hydroxide), chlorine, and hydrogen-basic chemical products. These chemicals are key ingredients of many products used in our daily lives.

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.

  • Product Description
  • TDS/MSDS
  • Related Information

Advantages
  • Resistant to chlorine & caustic soda
  • Energy savings from low electric resistance
  • High current efficiency
  • More stable performance; minimises the impact of brine impurities
  • High quality NaOH & KOH production

Features

  • High resistance to both chemicals & acids
  • High mechanical strength & stability
  • Highly efficient at dissociation of strong acids
  • Achieves both high ionic conductivity & ionic selectivity
  • Flexible, even though it is an ion exchange membrane

Applications

  • Manufacture of caustic soda (sodium hydroxide)
  • Manufacture of caustic paths (potassium hydroxide)
  • Manufacture of chlorine

Technical Capabilities

  • Brine/membrane analysis
  • Sample preparation
  • History and recordkeeping
  • Total organic carbon (TOC) testing
  • Induced couple plasma (ICP) testing
  • Ion chromatography (IC)
  • Automated titration


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