High-Performance Fluorinated Solvent

HANARL High-Performance Fluorinated Solvent

FLOIL Series - FUWAYTAI Thailand

Description

Fluorinated solvents possess excellent physicochemical properties, including non-flammability, high chemical stability, low viscosity, low latent heat of vaporization, electrical insulation, and low corrosivity. These characteristics make them widely utilized across various industries.

Applications

  • Dispersion, Dilution, and Cleaning Applications
    HANARL high-performance fluorinated solvents feature low surface tension, low viscosity, low boiling points, high stability, and ease of operation. They are widely applied in numerous scenarios, including :
    • Dilution of various coating agents for films such as touch panels.
    • Coating solvents for internal components essential for the operation of electronic products.
    • Cleaning and removal of HANARL dry-film lubricants.
    • Cleaning applications for optical products such as lenses.

  • Heat Transfer Applications
    HANARL is suitable for heat transfer media (thermal fluids) in the following fields:
    • Semiconductor manufacturing equipment
    • Chemical plants
    • Environmental test chambers
    • Organic EL (OLED) manufacturing equipment
    • Data centers

      In wafer manufacturing, the demand for precision temperature control and sophisticated processing has increased alongside refinement in processing technology. Many facilities utilize HANARL high-performance fluorinated solvents to implement state-of-the-art cooling technologies that meet these rigorous temperature control requirements.

  • Reliability Testing
    HANARL is an ideal solvent for the reliability testing of electronic components and instruments, suitable for airtightness (leak) tests, thermal shock tests, and dielectric strength tests. Key advantages include:
    • Superior Insulation :
      Its electrical insulation and wide operating temperature range make it the optimal solvent for electronic component reliability testing.
    • Airtightness Inspection :
       By immersing sealed test objects in the fluorinated solvent, airtightness can be verified through bubble leak checks.
    • Process Efficiency :
      It leaves no residue and has no adverse effects on electronic parts after testing. No additional cleaning is required, and its fast-drying nature significantly shortens production lead times.