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Are your UV coatings failing on difficult substrates? Is shrinkage causing cracks in your electronics or packaging?The solution isn't just better additives—it’s the right Cationic & Radical Epoxy Resins.

Entering 2026, the landscape of the UV resin raw material market has undergone a fundamental reversal. The previously anticipated "divergence and narrow fluctuations" was shattered in early March by a sudden geopolitical crisis. Driven by escalating tensions in the Middle East, upstream crude oil and core monomer (acrylic acid) prices have witnessed an epic surge, placing immense pressure on the cost structure of the UV resin industry chain. The market has now shifted from "supply-demand equilibrium" to "cost-driven violent volatility," with a unilateral, sharp upward trend becoming the dominant theme in the short term.

On the afternoon of June 14, our company joined hands with AIA Insurance to hold a health care activity. This was not only a free health check-up and consultation event, but also a vivid reflection of the company practicing the core value of "people-oriented", earnestly caring for employees' physical and mental health, and enhancing their sense of happiness and belonging, adding a warm touch to our corporate culture.

In 2025, Guangdong Ever Ray Environmental Material Co., Ltd. continued to strengthen its position in the UV curable materials industry, achieving stable growth amid a complex global economic environment.

In an increasingly competitive industry environment, technological innovation has become a key factor for the survival and growth of enterprises. To maintain a leading position in a constantly evolving market, companies must have a strategic vision, integrating technological investment with market demand, thereby forming a complete loop of "demand insight—technology R&D—commercial transformation." As the CEO of a leading tech giant once said, "We are not afraid of competition; we are afraid of using yesterday’s technology to solve tomorrow’s problems."

Stereolithography (SLA or SL) is a high-precision 3D printing technology using photosensitive resin as raw material. This technology leverages the rapid curing properties of photosensitive resin under specific wavelength UV laser irradiation, enabling the efficient fabrication of complex 3D structures through layer-by-layer fabrication.

Photoresist, also known as photoresist, refers to a thin film material whose solubility changes when exposed to UV light, electron beams, ion beams, X-rays, or other radiation.