Technology Center

In the field of photocurable materials, photoinitiators, as core functional components, directly affect the curing efficiency, stability and final per

With the rapid development of LED technology, the performance of packaging materials directly determines the service life and stability of devices. In

In the field of photocurable materials, deep curing ability is a key indicator to measure the performance of photoinitiators. Traditional photoinitiat

In the field of photocurable materials, cationic curing technology has gradually become the first choice for high-end coating applications due to its

In the field of photocurable materials, efficient and stable initiators are the key to achieving rapid polymerization. As a photoinitiator with triary

In the era of high-resolution displays and outdoor electronics, UV coating for anti-glare films has become a cornerstone technology for reducing refle

In the realm of advanced optical materials, optical grade acrylate oligomers play a pivotal role in enabling high-performance coatings, adhesives, and

Radiation-cured coatings are widely used in the automotive, electronics, packaging and other fields due to their high efficiency and environmental pro

With the rapid development of display technology, photopolymer resin has gradually become one of the core materials for display film manufacturing due

UV/EB (ultraviolet/electron beam) curable monomers are the core components of radiation curing technology. Through light-induced free radical polymeri

In industries requiring ultra-precise optical coatings, microelectronics, and advanced adhesives, low shrinkage UV curable diluents have become indisp

In the rapidly evolving optics and electronics industries, fast curing UV monomers have become indispensable for meeting the demand for high-throughpu