Fluorosurfactant

Fluorosurfactant are a class of surfactants that contain fluorine atoms within their molecular structure. These unique compounds have exceptional surface-active properties, including low surface tension, high thermal and chemical stability, and resistance to harsh environments. Due to their ability to improve wetting, spreading, and levelling in various formulations, Fluorosurfactant are increasingly used in various industrial applications.

Fluorosurfactant are available in different ionic charge types to suit various applications :

  • Non-Ionic : Non-Ionic Fluorosurfactant are neutral and do not carry charge, making them versatile and suitable for a wide range of formulations, especially where charge neutrality is required.

  • Anionic : Anionic Fluorosurfactant carry a negative charge, making them ideal for applications where interacting with positively charged components or substrates is beneficial.

  • Amphoteric : Amphoteric Fluorosurfactant can exhibit either a positive or negative charge depending on the environment's pH, providing flexibility in formulations where pH conditions vary.


Made in Japan by AGC Seimi Chemicals

Our range of high-performance Fluorosurfactant is proudly manufactured in Japan by AGC Chemicals, a global leader in developing advanced chemical products. AGC Chemicals is renowned for its commitment to quality and innovation, ensuring that our Fluorosurfactant meets the highest industry standards.


Benefits of Using Fluorosurfactant

Fluorosurfactant offer several advantages over traditional surfactants, including:

  • Low Surface Tension : Fluorosurfactant reduce surface tension more effectively than conventional surfactants, allowing for better wetting and spreading on various surfaces.

  • Chemical and Thermal Stability : These surfactants are highly resistant to chemical degradation and can withstand extreme temperatures, making them ideal for use in harsh environments.

  • Enhanced Compatibility : Fluorosurfactant are compatible with various solvents and resins, enhancing their versatility in different formulations.

  • Improved Durability : They provide long-lasting performance, particularly in demanding applications such as coatings and electronics.


Comparison Between Silicone, Hydrocarbon, and Fluorosurfactant

  • Silicone Surfactants : Silicone surfactants are known for their excellent wetting and spreading capabilities, particularly on low-energy surfaces. However, they may lack the chemical and thermal stability offered by Fluorosurfactant.

  • Hydrocarbon Surfactants : Hydrocarbon-based surfactants are cost-effective and widely used but typically do not perform the same level of surface tension reduction and environmental resistance as Fluorosurfactant.

  • Fluorosurfactant : Fluorosurfactant outperform silicone and hydrocarbon surfactants in terms of surface tension reduction, chemical and thermal stability, and environmental resistance. They are particularly suitable for high-performance applications where durability and efficiency are critical.