1. Traditional Industrial Applications
Rapid curing speed with excellent performance on thick films and pigmented systems (e.g., systems containing pigments or dyes)
UV-curable wood finishes, metal coatings, plastic coatings, screen printing inks, packaging printing inks, various adhesives

2. Electronics Manufacturing Sector
Meets high-precision and reliability requirements for patterning processes
PCB photoresists, solder mask inks

3. Emerging and Frontier Fields
Leverages photopolymerization for precision fabrication or biocompatible applications
3D printing photopolymer resins, dental materials, biochips, enzyme immobilization carriers, drug-releasing hydrogels

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Traditional UV Curing Industry:
This represents ITX’s most classic and largest application market. It is widely incorporated into various UV-curable coatings, inks, and adhesives. For instance, in the furniture industry, it enables rapid curing of wood finishes; in packaging, it facilitates instant drying of printing inks, boosting production efficiency.

High-End Electronics Manufacturing:
In electronics, ITX serves as a key component in photoresists for printed circuit board (PCB) production. It enables intricate circuit patterning, with its deep-curing capability being critical for ensuring coating performance.

Biomaterials and Medical Applications:
This represents a rapidly advancing frontier. Research indicates ITX can be employed in visible-light-initiated surface graft polymerization to prepare biomaterials for enzyme immobilization, biochips, or cell encapsulation. For instance, it facilitates the synthesis of hemicellulose-grafted acrylic hydrogels, which serve as potential carriers for oral protein drugs.

Additive Manufacturing (3D Printing):
ITX serves as a key initiator component in photopolymer formulations for light-cured 3D printing (e.g., SLA, DLP), directly influencing printed part precision and mechanical strength. Cutting-edge research also focuses on developing novel photoinitiators based on ITX’s core structure for higher-resolution two-photon polymerization nano-3D printing.