1. Sugárzással kikeményedő bevonatok és tinták
UV-Curable Coatings: Used for surface protection and decoration on substrates such as wood, plastic, metal, PVC flooring, and paper, providing high hardness, high gloss, and chemical resistance.
UV Inks: Employed in offset printing, screen printing, and similar processes, enabling rapid curing and excellent adhesion.

2. Ragasztók
UV-Curable Adhesives: Used in electronic component encapsulation, optical adhesives, and related fields, forming high-strength bonds upon curing.

3. Electronics and Graphic Arts Materials
· Photoresist/Photo-Resist: Used for pattern transfer in printed circuit board (PCB) manufacturing and semiconductor processes.
· Flexographic Printing Plates: Serves as a component in the production of printing plates.

4. Advanced Manufacturing and Biomaterials
· 3D Printing Resins: Acts as a key component in photopolymer formulations, imparting high mechanical strength to printed parts.
· Dental Materials: Used to manufacture high-strength, biocompatible dental restorations.
· Biomedical Materials: Investigated for preparing molecularly imprinted polymers (chromatographic separation) or as crosslinking agents for biodegradable elastomers.

🌟 Core Application Insights
PETA’s value lies in imparting specific superior properties to end products, primarily manifested in the following aspects:

Providing “Armor” for Coatings and Inks: Within UV-curing systems, PETA confers exceptional hardness, abrasion resistance, chemical solvent resistance, and high gloss to coatings. It is widely used for surface protection on premium furniture, electronic casings, and metal components.

Enabling Precision Pattern Formation: In electronics manufacturing, photoresists containing PETA cure precisely under UV exposure. Through development, they form intricate circuit patterns, making PETA a core material for chip and circuit board production.

Constructing High-Strength Structures: In 3D printing and dental restorations, PETA’s high crosslink density ensures final products possess sufficient mechanical strength and durability to meet real-world application demands.