1. UV Curing Material Crosslinking and Modification:

Used as a thiol-ene click chemistry crosslinking agent in UV-curing coatings, inks, and adhesives to accelerate curing speed, reduce oxygen inhibition, and improve coating hardness, adhesion, and chemical resistance. Suitable for industrial protection and surface treatment of substrates such as metals, plastics, and wood.

2. Polyurethane and Epoxy System Modification:

Used in polyurethane synthesis to introduce disulfide bonds for the preparation of self-healing materials; participates in thiol-epoxy ring-opening reactions in epoxy systems, significantly improving the impact strength of epoxy materials, suitable for structural components and composite materials requiring toughening.

3. Electronic Chemicals Manufacturing:

Used as a raw material for LED encapsulation adhesives, enhancing yellowing resistance and heat and humidity resistance; acts as a silver paste dispersion aid in conductive inks, reducing sheet resistance and ensuring the conductivity and packaging stability of electronic components.

4. Polymer Material Synthesis:

Used as a polymer monomer to synthesize materials such as polythioesters, and also used in the preparation of special polymers such as fluorinated polyurethanes, improving the surface properties, gel content, and water resistance of the materials.

5. Biomedical Materials Research and Development:

Used to synthesize biodegradable polythioester nanoparticles as drug carriers with high encapsulation efficiency; prepares oxidation-responsive hydrogel scaffolds for tissue engineering; develops medical adhesives that bond quickly in wet environments.

6. Fine Chemical Intermediates:

Used in the synthesis of sulfur-containing fine chemicals, serving as intermediates for pharmaceuticals and pesticides, and also used in the research and development and quality control of related products.

7. Rubber and Elastomer Modification:

Used as a crosslinking agent and modifier to improve the mechanical properties, aging resistance, and fatigue resistance of rubber and elastomers, expanding their applications in seals, shock absorbers, and other fields.

8. Composite Material Preparation:

Improves the interfacial bonding force between the resin and filler in composite materials, enhances fiber wettability, and strengthens the mechanical strength and durability of composite materials, suitable for high-performance composite materials in aerospace, automotive, and other fields.