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Analysis of Key Techniques in Coating UV Wood Coatings (Part 1)

Analysis of Key Techniques in Coating UV Wood Coatings (Part 1)

As a revolutionary material in the field of modern furniture coatings, UV wood lacquer leverages its unique ultraviolet curing mechanism to achieve a technological leap from traditional thermal curing to photochemical curing. This article systematically elaborates on the key technical aspects of UV wood lacquer application from two core perspectives: substrate pretreatment and coating process design, providing theoretical guidance and practical references for industry professionals.

10

2026

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03

How to Choose Raw Materials for UV Wood Coatings (Part 2)

How to Choose Raw Materials for UV Wood Coatings (Part 2)

In a complete UV wood coating formulation system, in addition to resins and photoinitiators, the selection of reactive diluents and various additives is equally critical. Reactive diluents serve a dual purpose: they help adjust the application viscosity while also participating in the crosslinking reaction. The functional group design and dosage ratios of reactive diluents directly influence the coating’s applicability, curing rate, and crosslink density of the resulting film. Although additives constitute only a small proportion of the formulation, they play a crucial role in finely tuning the coating’s storage stability, rheological behavior during application, and the final surface finish of the film. Properly selecting these two types of raw materials is the key to ensuring that UV wood coatings remain stable and reliable throughout the entire process—from application to film formation.

09

2026

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03

How to Choose Raw Materials for UV Wood Coatings (Part 1)

How to Choose Raw Materials for UV Wood Coatings (Part 1)

The performance of UV wood coatings fundamentally depends on the selection and combination of raw materials. Among the various components that make up UV wood coatings, resins and photoinitiators are the core ingredients that determine the coating’s basic properties and curing performance. As film‑forming substances, the chemical structure of resins directly influences the hardness, flexibility, adhesion, chemical resistance, and weathering resistance of the cured coating. Photoinitiators, on the other hand, are the key initiators of the curing reaction: under ultraviolet light, they absorb light energy and generate active species that trigger polymerization and crosslinking in the resin. Selecting these two types of raw materials correctly is the primary step in designing high‑performance UV wood coating formulations.

09

2026

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03

The core materials that make up UV wood coatings

The core materials that make up UV wood coatings

The secret behind why UV wood coatings can instantly cure into a film under ultraviolet light, forming a high‑performance coating that boasts both hardness, toughness, and weather resistance, lies in the precise combination and synergistic interaction of multiple core materials. From film‑forming agents to energy absorbers, from viscosity modifiers to functional additives, each material plays an irreplaceable role within this photochemical reaction system.

09

2026

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03

Analyzing the Curing Requirements of UV Wood Coatings

Analyzing the Curing Requirements of UV Wood Coatings

The most distinctive feature of UV wood coatings lies in their curing mechanism. Unlike traditional coatings that rely on solvent evaporation or chemical reactions for natural drying, UV wood coatings must be exposed to ultraviolet light at specific wavelengths in order to complete the transition from liquid to solid. This curing mechanism dictates a range of performance characteristics in their application.

07

2026

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03

Application Fields of UV Wood Coatings

Application Fields of UV Wood Coatings

In contemporary home living and commercial spaces, wood products have always held an irreplaceable position; however, wood itself is inherently limited by factors such as insufficient hardness and susceptibility to contamination. Surface coating technology offers the key solution to these challenges, and UV wood coatings, with their unique light‑curing mechanism, have forged a technological path that balances efficiency with environmental sustainability.

07

2026

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03

Investigation of the Process Flow for UV Wood Coatings

Investigation of the Process Flow for UV Wood Coatings

The ability of UV wood coatings to achieve instant curing and form high-performance films stems from a meticulously engineered process flow. From substrate preparation to final product release, every step directly influences the ultimate coating quality. This article systematically outlines the standard process for UV wood coatings and highlights the key operational considerations of photopolymerization technology in production practice.

07

2026

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03

Technological Innovations in UV Wood Coatings

Technological Innovations in UV Wood Coatings

Driven by the dual forces of a low-carbon, eco-friendly vision and consumption upgrading, the home furnishings industry is undergoing a profound transformation—from scale-driven expansion to value creation. As a core material for wood product surface finishing, UV wood coatings have emerged as a pivotal enabler of technological advancement in high-end furniture, custom cabinetry, wooden doors, and other segments, thanks to their rapid curing, environmental friendliness, and superior performance characteristics. From nano-particle-enhanced coating toughness to LED cold-light source–based process innovations, from dual-curing solutions that overcome challenges posed by complex geometries to smart color-matching systems that cater to personalized aesthetic preferences, the continuous evolution of UV wood coating technology is redefining the boundaries of quality in wood products.

06

2026

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03

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