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Recommended UV Resins and Monomers for PVC/SPC Coatings

Recommended UV Resins and Monomers for PVC/SPC Coatings

Simply put, PVC and SPC are two new synthetic flooring materials that are closely related yet exhibit vastly different performance characteristics. Both fall under the categories of “elastic flooring” and “LVT,” but SPC represents an advanced evolutionary branch of PVC flooring. We can use an analogy to help illustrate the difference: PVC sheeting or rolls are like a uniformly textured, soft rubber sheet. In contrast, SPC flooring is more akin to a composite sandwich cookie—with a high-density, rigid core sandwiched in the middle—making it harder and more stable.

02

2025

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12

Recommended UV Resins and Monomers for Vacuum Plating Coatings

Recommended UV Resins and Monomers for Vacuum Plating Coatings

Vacuum-plating coatings do not refer to a “single coating” per se; rather, they are functional UV-curable coating systems specifically designed to complement the vacuum plating (PVD) process. Typically, these systems consist of two components: a UV primer and a UV topcoat. They are used to first create a highly adherent, high-gloss base film on plastic substrates (such as ABS, PC, and PP), then deposit a thin film of metal or metal oxide within a vacuum chamber. Finally, the topcoat seals and protects the ultra-thin metal film, imparting properties such as wear resistance, chemical resistance, and weatherability.

02

2025

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12

Recommended UV Resins and Monomers for 3C Coatings

Recommended UV Resins and Monomers for 3C Coatings

3C coatings refer to functional and decorative coating materials applied to the casings, structural components, and functional assemblies of computer, communication, and consumer electronics products. These coatings simultaneously meet two key requirements: aesthetic decoration (such as color, gloss, texture, and metallic finish) and performance protection (including wear resistance, scratch resistance, anti-fingerprint properties, UV resistance, chemical resistance, water resistance, dust resistance, antistatic properties, and thermal/conductive properties). This dual-purpose approach is designed to align with the industry trends in 3C products toward being lighter, thinner, more portable, visually appealing, and long-lasting.

02

2025

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12

Recommended Eco-Friendly UV Resin

Recommended Eco-Friendly UV Resin

Environmentally friendly UV products represent a high-performance chemical product system that, building on the inherent energy-saving and low-emission advantages of UV curing technology, further minimizes environmental impact throughout their entire life cycle by adopting green raw materials (such as bio-based monomers), innovating curing light sources (such as UV-LEDs), eliminating harmful chemical components, and enhancing product durability. These products embody the core technological pathway for industries such as surface treatment, adhesion, and printing to transition toward “green manufacturing” and “sustainable development.”

02

2025

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12

Boxing New Materials cordially invites you to the 2025 China International Coatings Exhibition (November 25-27, Shanghai).

Boxing New Materials cordially invites you to the 2025 China International Coatings Exhibition (November 25-27, Shanghai).

Guangdong Boxing New Materials Technology Co., Ltd. cordially invites you to the 2025 China International Coatings Exhibition, to be held from November 25 to 27 at the Shanghai New International Expo Center. Our booth number is: E4.C17.

17

2025

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11

In which fields are UV adhesives used?

In which fields are UV adhesives used?

In the field of modern industrial manufacturing, UV adhesives have become an indispensable key material in numerous industries—including precision manufacturing, optical engineering, and biomedical applications—thanks to their unique rapid-curing properties and outstanding physical performance. As an environmentally friendly adhesive that cures via a light-induced polymerization reaction, it not only breaks through the efficiency bottlenecks of traditional adhesive technologies but also continuously expands its application boundaries through ongoing material innovation, driving various industries toward higher precision and greater efficiency.

26

2025

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10

Analysis of the Advantages and Disadvantages of UV Adhesives

Analysis of the Advantages and Disadvantages of UV Adhesives

UV adhesives are bonding materials that cure through a chemical reaction triggered by ultraviolet (UV) light exposure. They are widely used in fields such as electronics, optics, healthcare, automotive manufacturing, and precision assembly. Their unique curing mechanism distinguishes them from traditional thermally cured or two-component adhesives, giving them significant advantages in practical applications while also presenting certain limitations. This article will systematically discuss the key strengths and weaknesses of UV adhesives from multiple perspectives.

25

2025

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10

About the Application Process for UV Adhesives

About the Application Process for UV Adhesives

UV adhesives are materials that cure through a chemical reaction triggered by exposure to ultraviolet light. They are widely used in fields such as electronics, optics, healthcare, automotive, and precision manufacturing. The application process consists of several consecutive and interrelated steps, including surface preparation, coating application, assembly alignment, UV curing, and post-curing treatment. The quality of operation at each stage directly affects the reliability and consistency of the final bonding performance.

25

2025

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10

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