1. Pelapis Pengawet UV:

As a crosslinking agent and modifier, the introduction of thioether bonds enhances coating adhesion, hardness, weather resistance, and chemical resistance, suitable for industrial protective coatings and automotive refinish paints on substrates such as metals, plastics, and wood.

2. Tinta Pengawet UV:

Promotes the crosslinking of resins and pigments, enhancing the durability, color stability, and solvent resistance of printed materials, suitable for screen printing/flexographic UV inks used in packaging, labels, and PCB circuit boards.

3. Perekat Pengawet UV:

Enhances the bonding strength of organic-inorganic interfaces, improving adhesive strength and water resistance, used as structural adhesives and encapsulants for optical components and electronic devices, suitable for high-temperature and high-humidity conditions.

4. Resin Modification and Synthesis:

Reacts with glycidyl methacrylate (GMA) and other substances to synthesize sulfur-containing epoxy resins, used in the preparation of heat-resistant and chemically resistant materials; can also participate in the preparation of photocurable resins or elastomers as a thiol monomer.

5. Electronic Packaging and Protection:

Used in photoresists and electronic sealants, improving dielectric properties and mechanical strength, ensuring the stability of electronic devices in complex environments, suitable for electronic component packaging and circuit board protection.

6. Special Materials Preparation:

Participates in the synthesis of high-performance sulfur-containing polymers, suitable for fields with high material performance requirements such as aerospace and automotive industries, such as the preparation of high-temperature and chemically resistant special elastomers.

7. Bahan Kimia Menengah:

Used in the synthesis of sulfur-containing fine chemicals, can be used as intermediates in the pharmaceutical and pesticide fields, and can also be used in related product research and development and quality control.

8. Composite Materials:

Used to improve the compatibility of resins and fillers in composite materials, enhance interfacial bonding, and improve the mechanical properties and aging resistance of composite materials, suitable for fiber-reinforced composite materials and other fields.