Technology Center

The vacuum plating process imparts dazzling decorative or functional coatings to glass, plastic, and metal, but the core challenge remains: how to ach

In the consumer electronics and high-end building materials sectors, glass electroplating UV coating technology is becoming a core process for achievi

In the field of UV-curable materials, high-conversion UV resin is a key factor in determining coating performance and production efficiency. Its core

In coatings, inks, and adhesives, where exceptional performance is crucial, aliphatic urethane acrylate resins have become the materials of choice for

Trifunctional UV resins, with three active reaction sites per molecule, can form a high-density crosslinking network, making them a core material for

1. Core Technology Breakthrough: Balancing High Adhesion and Environmental Resistance UV-curable polyurethane acrylate, thanks to its environmentally

High-refractive-index optical adhesives (HRIAO) have become an indispensable key material in cutting-edge optical applications such as augmented reali

In the field of precision electronics manufacturing, Electronic UV ink (electronic UV curing ink) is becoming a core material to promote technological

In the manufacturing of optical fiber, the lifeblood of high-speed information transmission, UV coating for fiber optics is more than just a process;

In modern manufacturing, engineers have long faced a seemingly unsolvable challenge: reliably bonding opaque materials. When traditional UV-curing adh

When manufacturing and assembling opaque materials like metal, dark plastics, ceramics, or composites, traditional UV-curable adhesives often struggle

In the precision arena of modern manufacturing, the bond strength, efficiency, and long-term reliability of metal components often determine product s