1. UV Curing Coatings:

Used as a reactive diluent and crosslinking agent in UV coatings for substrates such as wood, PVC flooring, plastics, and metals, improving coating hardness, chemical resistance, and adhesion, suitable for high-wear and high-gloss coating applications.

2. UV Curing Inks:

Used in UV inks for offset printing, screen printing, etc., improving rheological properties and curing speed. The cured patterns are abrasion-resistant and solvent-resistant, suitable for substrates such as paper and plastic films.

3. Photocurable Adhesives:

Used in acrylate-based UV adhesives to improve bonding strength, water resistance, and aging resistance, suitable for structural bonding and assembly of materials such as metals, glass, and plastics.

4. Electronic Materials:

Used in electronic component encapsulation materials, circuit board coatings, and photoresists, improving insulation, heat and humidity resistance, and molding precision, suitable for electronic device protection and manufacturing.

5. Resin Synthesis and Modification:

Used in the synthesis of polyurethane acrylates and high-functionality UV resins. The hydroxyl groups in the side chains enhance material polarity and grafting performance, suitable for the preparation of high-performance resins.

6. 3D Printing Materials:

Used in SLA/DLP photocurable 3D printing resins, providing materials with fast curing characteristics and high-precision molding capabilities, suitable for the manufacturing of complex structural parts.

7. Sealants and Elastomers:

Used in the production of sealants and elastomers, improving product strength, heat resistance, and weather resistance, suitable for sealing applications in construction, automotive, and other fields.

8. Fluxes and Surface Treatment:

Used in electronic fluxes and metal surface treatment agents, improving welding reliability and surface adhesion.

9. Photosensitive Materials:

Used in the preparation of photosensitive films and printing plates, improving photosensitivity and printability, suitable for printing and photolithography processes.

10. Polymer Modification:

Used to prepare functional composite materials through hydroxyl grafting, such as biocompatible materials and ion exchange resins, expanding material application scenarios.