Technology Center

As ultraviolet (UV) curing, thermal curing, and polymer crosslinking technologies become increasingly prevalent, initiators serve as the most critical

In precision manufacturing sectors such as optical displays, thin-film anti-reflection, and fiber optic communications, refractive index control is a

Reducing surface reflection and increasing light transmittance are enduring challenges in optical films, photovoltaic modules, automotive glazing, and

Nanoscale optical materials represent a technologically distinctive segment within the Trust series product line. The core competency of this segment

Low refractive index UV materials represent a product line with relatively high technical demands within the Trust series. Unlike high-refractive-inde

High refractive index UV resins and monomers form a mature product line within the Trust series. With refractive indices covering the range of 1.575 t

Uyracure‑450 is a high‑performance cationic photoinitiator based on diaryliodonium salt chemistry, specifically formulated as 4‑isopropyl‑4′‑methyldip

In the rapidly evolving world of UV-curable coatings, adhesives, and inks, the choice of photoinitiator fundamentally determines curing efficiency, fi

Uyracure‑450 is a high‑performance cationic photoinitiator based on diaryliodonium salt chemistry, specifically formulated as 4‑isopropyl‑4′‑methyldip

Uyracure-180 is a cationic photoinitiator based on triarylsulfonium hexafluoroantimonate chemistry. Its chemical designation is 4-(phenylthio)phenyl d

The rapid evolution of UV LED technology demands photoinitiators that can keep pace with lower energy wavelengths while delivering high conversion rat

CTI-150 is a blocked (latent) sulfonium antimonate cationic thermal initiator specifically engineered for epoxy resin systems. As a white crystalline