1. UV Curing System Sensitization:

Used as a photo-polymerization electron transfer sensitizer in UV-curing coatings, inks, and adhesives to improve photoinitiation efficiency and deep curing effects. Suitable for rapid coating and bonding of wood, plastics, metals, and other substrates, applicable to packaging printing, electronic packaging, and other fields.

2. Photoresists and Microelectronics Processing:

Used in microelectronic photoresists and printed circuit board (PCB) photosensitive materials to enhance the photosensitivity and pattern resolution of photoresists, facilitating fine line fabrication and pattern transfer. Suitable for the manufacturing of integrated circuits (IC), liquid crystal displays (LCD), and other electronic devices.

3. Photosensitive Resins and 3D Printing:

Used in SLA, DLP, and other 3D printing photosensitive resins as a sensitizer to improve the resin’s response speed to ultraviolet light and curing uniformity, enabling high-precision three-dimensional model formation. Suitable for industrial prototyping, dental restoration, and other applications.

4. Funkcionális polimerek szintézise:

Used in the synthesis of photosensitive polymer materials, imparting photoresponsive properties to polymers through sensitization. Suitable for precision coatings, electronic packaging materials, etc., improving the photocuring performance and application adaptability of the materials.

5. Optoelectronic Material Preparation:

Used in the synthesis of optoelectronic materials such as organic light-emitting diodes (OLEDs) and organic solar cells. Its anthracene ring structure can participate in the construction of the optoelectronic functional layer, improving the photoelectric conversion efficiency and stability of the device. Suitable for new display and clean energy fields.

6. Pharmaceutical Intermediates:

Used in the synthesis of specific pharmaceutically active ingredients. Its molecular structure can participate in various organic reactions, providing a basis for the preparation of biologically active compounds. Applied in drug research and pharmaceutical chemical production.

7. Dye and Pigment Synthesis:

Used as an intermediate in the synthesis of high-grade anthraquinone dyes and pigments, improving the color fastness and light resistance of dyes. Suitable for the preparation of high-end dyes in textiles, printing, and other fields, and also used in the synthesis of functional colorants.

8. Fine Chemicals and Scientific Research Applications:

Used in the preparation of other photoinitiators, organic synthesis reagents, and functional compounds. Also used as a model compound for photochemical mechanism research, photosensitive material performance testing, etc. Suitable for customized fine chemical production and scientific research exploration.