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Structural Analysis of Scratch Resistance in UV-Curable Coatings and Related Factors

Structural Analysis of Scratch Resistance in UV-Curable Coatings and Related Factors

Abrasion resistance refers to the ability of a material’s surface to withstand friction and scratching. It is one of the important properties of materials, directly affecting the appearance of objects and playing a crucial role in determining the service life and safety of the material. It is an important factor that needs to be considered.

14

2014

/

06

Basic Performance Requirements for Vacuum Coating Coatings

Basic Performance Requirements for Vacuum Coating Coatings

The basic performance requirements for vacuum coating materials include: the ability to deposit under vacuum conditions to form a uniform, dense, and high-quality coating; excellent adhesion between the coating and the substrate, ensuring that the coating is resistant to peeling and flaking; superior optical properties and chemical stability of the coating; and a coating surface free from any visible defects. In addition, depending on specific application requirements, the materials may also need to meet other performance criteria, such as hardness, wear resistance, and electrical conductivity.

13

2014

/

06

Precautions for Light-Curing Vacuum Coating Coatings

Precautions for Light-Curing Vacuum Coating Coatings

Light-curing vacuum coating coatings are widely used. When using light-curing vacuum coating coatings, it is important to pay attention to the following points in order to obtain coatings with excellent performance.

11

2014

/

06

Performance Characteristics of Light-Curing Vacuum Coating Coatings

Performance Characteristics of Light-Curing Vacuum Coating Coatings

Vacuum coating coatings feature rapid curing, high efficiency, low energy consumption, minimal pollution, excellent performance, and a wide range of applications, making them a highly important surface treatment technology.

10

2014

/

06

Introduction to Light-Curing Vacuum Electroplating Coatings

Introduction to Light-Curing Vacuum Electroplating Coatings

Light-cured vacuum plating is a surface treatment technology that can enhance the hardness, scratch resistance, and wear resistance of material surfaces. Moreover, light-cured vacuum-plating coatings can be applied to a variety of materials, including metals, plastics, glass, and ceramics.

09

2014

/

06

Factors to Consider When Selecting Oligomers (UV Resins) for Light-Curing Coatings

Factors to Consider When Selecting Oligomers (UV Resins) for Light-Curing Coatings

The selection of oligomers (UV resins) in UV-curable coatings is a critically important step in the coating manufacturing process. When choosing oligomers, several factors must be taken into account to ensure that the coating’s performance and cost are optimized. In practical applications, the selection should be made based on actual needs to achieve the best coating results.

07

2014

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06

How to Improve the Weather Resistance of UV Topcoats

How to Improve the Weather Resistance of UV Topcoats

For outdoor UV topcoats, weather resistance is crucial; therefore, how to enhance the weather resistance of coatings is a very obvious question. So, how can we improve the weather resistance of UV topcoats?

06

2014

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06

Low Surface Energy Monomer Photocuring Applications

Low Surface Energy Monomer Photocuring Applications

With the development of modern industry, light-curing technology is being increasingly widely applied across various fields—especially in printing, coatings, and plastics, where its role has become indispensable. Among these applications, low-surface-energy monomer-based light-curing technology stands out as a particularly important technique with extremely promising prospects.

05

2014

/

06

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