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In the fields of smart lighting and decorative light strings, a technology revolution led by light-curing resins is redefining the LED chips package. This new material not only increases production efficiency, but also demonstrates outstanding advantages in energy savings and environmental protection.

Imagine a liquid that turns glass-clear and rock-solid in seconds under UV light. That’s the magic of light-curing resin, and it’s shaking up the world of crystal glue applications across hobbies and industries alike.

Walk into any premium distillery's packaging hall, and you'll witness alchemy. When the press rolls, liquid crystal-clear ink kisses gold-foiled designs. Then—the reveal. Under UV lamps, that ink blooms . Not violently, but like frost crystallizing on a January windowpane. In seconds, a lacework of ice fractures across the surface. Run your thumb over it: cold winter illusion meets industrial-grade toughness. This is "snowflake ink"—where photochemistry meets luxury. And now, thanks to next-gen UV resins, it’s not just pretty; it’s built to last.

At the beginning of Ever Ray launched in 2006, it emphasizes on not only the research and development, but also the production of UV-curable resins. It operates two intelligent production bases in Yunfu and Jiangmen, with an annual production capacity over 20,000 tons. Its product line includes: polyurethane acrylate (PUA), epoxy acrylate (EA), silicone-modified resins, etc...

In the field of modern wood manufacturing that pursues high efficiency, beauty and environmental protection, the choice of coating process directly determines product quality and production cost. Roller coating, spray coating, and shower coating are the three mainstream processes, with their own distinctive characteristics, and play a key role in different application scenarios. In-depth understanding of their advantages and disadvantages is a key step for wood manufacturing companies to optimize production and enhance competitiveness.

In the field of vacuum electroplating primer, Ever Ray has proposed a breakthrough formula: difunctional polyurethane acrylate 13%; difunctional polycarbonate acrylic resin 12%; tetrafunctional polyester acrylate 13%; trifunctional monomer TMPTA 12%; polyether modified polydimethylsiloxane 0.1%; photosensitizer 3.5%; solvent 46.4%2.

The driver's finger gently stroked the surface of the center console, and there was no fingerprint residue on the matte metal surface. Behind this is the synergy of three layers of precision coatings with a total thickness less than the diameter of a hair.

In the delicate starlight of the smartphone shell, under the silk texture flowing on the surface of the Bluetooth headset, in the molecular barrier of the smart watch against sweat erosion - a material revolution driven by UV resin is quietly reshaping the aesthetic and safety boundaries of 3C products. With the rapid evolution of consumer electronic products towards lightweight, environmental protection and personalization, traditional coating technology faces unprecedented challenges: How to achieve a balance between "high decorativeness", "extreme safety" and "super physical properties" at the same time? Guangdong Ever Ray Environmental Protection New Materials Co., Ltd. has delivered a breakthrough answer with 17 years of UV resin research and development.

[Guangdong, China – July 2, 2025] — As consumer demands for eco-friendliness, durability, and ease of use in nail products continue to grow, the gel polish industry is experiencing a wave of technological upgrades. Guangdong Ever Ray Environmental Material Co,.Ltd, a high-performance resin manufacturer based in Guangdong, is accelerating the widespread application of acrylate and epoxy acrylate resins in gel polish formulations, driving the industry toward a more eco-friendly, efficient, and multifunctional future.

The top coat is a critical component in gel nail systems. It serves to protect the color layer, enhance gloss, and improve durability. Therefore, the UV-curable resins used in top coat must meet high-performance standards. Below are the main performance requirements:

Based on the superior texture’s pursuing and personal display, piano black finish has long been a favorite of designers for its depth, mystery and high-end feel. However, under traditional craftsmanship, the manufacturing process of a piano black interior with complex patterns, partial light transmission or color embellishment is often full of challenges: low efficiency, high energy consumption, high environmental pressure, and delicate laser engraving patterns are easily damaged during subsequent spraying. Today, a coating revolution led by UV light and heat dual curing technology is completely changing this situation.

In the vast territory of the plastics industry, polyvinyl chloride (PVC) occupies an important position with its cost advantage and plasticity. However, traditional PVC surface treatment technology has long faced the dual challenges of environmental protection and performance - plasticizer migration causes soft PVC to age and become brittle, solvent-based coatings pollute the environment, and the rigid surface of hard PVC is difficult to achieve high adhesion coating. These pain points are being solved by an innovative technology.