1. High-Performance Cationic Curing Coatings:

Used as the main resin or crosslinking agent in cationic UV/thermal curing coatings, providing the coating with excellent chemical resistance, heat resistance, and adhesion. Suitable for industrial protection and decoration of substrates such as metals and plastics, especially ideal for demanding corrosion-resistant coating systems.

2. Electronic Packaging and Insulation Materials:

Used in electronic component packaging, printed circuit board (PCB) solder mask inks, and insulation coatings. The cured material exhibits low dielectric constant, high insulation, and moisture and heat resistance, ensuring stable operation of electronic devices in complex environments.

3. Optical Material Preparation:

Applied in optical films, optical adhesives, and other fields, it reduces curing volume shrinkage, improves the dimensional stability and light transmission performance of optical components, meeting the high-precision requirements of optical lenses and display devices.

4. Photoresists and Microelectronic Processing:

Used as a crosslinking component or resin matrix in photoresists, compatible with i-line, KrF, and other photolithography processes, facilitating the preparation of high-resolution patterns, suitable for the fine processing of semiconductor chips and microelectronic devices.

5. Specialty Adhesives and Sealants:

Used to prepare high-temperature and chemical-resistant cationic curing adhesives and sealants, enhancing the bonding strength and sealing effect on substrates such as metals, ceramics, and engineering plastics. Suitable for high-end industrial fields such as aerospace and automotive manufacturing.

6. Composite Material Matrix Resins:

Used as the matrix resin for high-performance composite materials, improving the material’s mechanical strength, aging resistance, and processing fluidity. Suitable for the preparation of fiber-reinforced composite materials, applied in aerospace, rail transit, and other scenarios with stringent material performance requirements.