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Advances in Headlight Coating Technology: UV Coating

Advances in Headlight Coating Technology: UV Coating

As an essential component of automobiles, car lights not only need to be aesthetically pleasing with excellent gloss and brightness, but also must possess properties such as resistance to photo-oxidation, scratch resistance, robustness, and durability against exposure to sunlight and rain. These characteristics directly affect the service life of the headlights and driving safety. Today, with the advancement of UV curing technology and the manufacturing industry’s growing demand for efficient and environmentally friendly production processes, the application areas and market size of UV curing are continuously expanding. UV coatings offer superior surface gloss, making them highly suitable for use in vacuum metal plating applications. They also deliver excellent results when applied to plastic substrates, giving finished products a bright metallic appearance. With advancements in automotive technology, numerous metal-substitution processes have been adopted. Currently, in the manufacturing of automotive headlight reflectors, traditional materials have been completely phased out, and instead, aluminum films are deposited onto plastic surfaces—such as PC and BMC—using vacuum-based techniques to enhance reflective performance. UV coatings used in this field are required to exhibit excellent leveling properties and high temperature resistance.

25

2024

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04

Process requirements and coating methods for conformal coatings

Process requirements and coating methods for conformal coatings

In the manufacturing of electronic devices, the PCB board is the most critical component. Due to the varying operating environments of electronic devices, PCB boards may be at risk of damage and failure. To provide effective and long-lasting protection for PCB boards, three-proof coating has become a key technology, and an increasing number of manufacturers are choosing to adopt it. So, what are the process requirements and application methods for three-proof coatings?

20

2024

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04

Investigation of UV-Curable Pressure-Sensitive Adhesives

Investigation of UV-Curable Pressure-Sensitive Adhesives

Pressure-sensitive adhesives, often referred to as PSAs, are a special type of adhesive that bonds to surfaces simply by applying light pressure—no solvents, heat, or other external aids are required. They are characterized by their ease of adhesion and effortless removal, and their adhesive layer remains flexible and does not harden over extended periods. PSAs are primarily used as raw materials for manufacturing pressure-sensitive tapes, producing a wide range of PSA products such as tapes, stickers, films, and sheets.

18

2024

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04

A Brief Discussion on UV-Curing Inks

A Brief Discussion on UV-Curing Inks

UV-curable ink is an ink that undergoes a cross-linking reaction when exposed to ultraviolet (UV) light with a wavelength ranging from 200 to 450 nm. Under the irradiation of UV light, this ink can instantly transform from a liquid state into a solid state; hence, it is also referred to as UV ink. Its main components include prepolymers, monomers, organic pigments, photoinitiators, and additives. UV ink boasts several advantages, such as rapid drying speed, high production efficiency, low curing energy consumption, excellent gloss, superior resistance, no solvent volatilization, and environmental friendliness. As a result, it is increasingly widely adopted in the printing industry and has become a new direction for ink development.

11

2024

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04

Exploring the Application of Light-Curing in Vacuum Plating

Exploring the Application of Light-Curing in Vacuum Plating

Vacuum plating involves placing the object to be coated into a vacuum chamber and then heating it to a specific temperature, causing the metal or non-metallic material to enter an evaporated state. The evaporated material flies around in the vacuum environment and adheres to the surface of the object being coated. After cooling, a thin film is formed. This deposition process relies on the high-speed movement and collision of particles; therefore, the film deposition rate and film quality in vacuum plating depend on factors such as vacuum quality, material purity, temperature, the distance between the material and the substrate, and the duration of the deposition process.

09

2024

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04

Fun Facts About the UV Coating on PVC Flooring

Fun Facts About the UV Coating on PVC Flooring

PVC flooring is a highly popular new type of lightweight floor covering material, also known as "lightweight flooring." Its primary raw material is polyvinyl chloride, which is processed with additives such as fillers, plasticizers, stabilizers, and colorants. It boasts numerous advantages, including excellent decorative appeal, ease of installation and maintenance, slip resistance, sound absorption, and wear resistance.

03

2024

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04

From “oil” to “water”—water-based UV wood coatings are driving the industry’s green transformation.

From “oil” to “water”—water-based UV wood coatings are driving the industry’s green transformation.

Wood lacquer, a coating specifically designed for wood surfaces, not only protects wood from oxidation, decay, and insect damage but also conceals imperfections in the product, enhancing its aesthetic appeal. With the advancement of the times, the variety and applications of wood lacquer have continued to expand and diversify, making it an indispensable component of modern household items and handicrafts.

30

2024

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03

Introduction to Local UV Coating Technology

Introduction to Local UV Coating Technology

Localized UV coating is an innovative surface finishing technique for printed materials, offering a new option for enhancing print quality. This localized UV coating technology is based on the principle of UV curing. A UV varnish is applied or printed onto the surface of a finished printed material, selectively coating specific areas of the printed design to create a glossy, textured effect with a raised appearance. As a result, certain areas of the printed material exhibit enhanced brightness, transparency, and abrasion resistance. While highlighting key elements of the design, this technique also significantly enhances the decorative appeal of the printed surface.

29

2024

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03

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