Other High-Value Applications

• High bonding strength: Providing exceptional adhesion even under heat and stress — ideal for electronic assemblies.

• High gas barrier: The aromatic ring structure of FDCA enhances oxygen and moisture barrier properties, protecting sensitive circuits from environmental degradation.

• High bio-based ratio:  Developed using bio-based FDCA, the formulation enables a high content of renewable components, aligning electronic materials with global ESG targets.

• High CMC value: FDCA derivatives enable precise control over critical micelle concentration (CMC), improving efficiency and reducing usage.

• Strong foaming power: With a rigid backbone, FDCA-based surfactants offer consistent and long-lasting foaming properties.

• Strong decontamination power: Enhanced polarity and structural stability lead to superior oil- and dirt-removal capabilities.

• Can be applied in polyurethane coatings: As one of the promising bio-based FDCA materials, FDCA enables the development of high-performance bio based coating polyurethane systems.

  
  

• Better adhesion: The functional groups in FDCA improve adhesion to various substrates including metals and plastics.

• Significantly reduce greenhouse gas emissions: Replacing petroleum-derived aromatic acids with FDCA can cut coating-related emissions.

FDCA-based polymers such as PEF open new possibilities for sustainable additive manufacturing, combining bio-based feedstocks, strong mechanical performance, and excellent surface quality.

• Wide adjustable range of mechanics: From flexible to rigid — enabling broad design freedom.

• Strong interlayer bonding ability: Excellent thermal behavior promotes interlayer fusion, resulting in strong structural integrity.

• Adaptable to rapid prototyping technology: Good fluidity and curing properties allow fast, high-precision prototyping.