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The innovation from traditional inks to modern inks

The innovation from traditional inks to modern inks

As a core material in the printing process, ink—driven by continuous technological advancements and evolving market demands—is seeing its types and application areas constantly expand and deepen. From the development of traditional inks to modern inks, we can observe remarkable progress in ink technology and its widespread adoption across various fields.

11

2025

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02

Challenges of Traditional Ink Technology

Challenges of Traditional Ink Technology

In today’s rapidly evolving digital age, the printing industry is undergoing unprecedented transformation. Traditional ink technology—once a vital component of the printing industry—is now facing multiple challenges, including the impact of digital technologies, increasingly stringent environmental regulations, and rising demands for higher print quality. These challenges not only test the adaptability and innovative capacity of traditional ink technology but also point the way forward for its future development.

10

2025

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02

Detailed Explanation of the Characteristics of Traditional Inks (Part 2)

Detailed Explanation of the Characteristics of Traditional Inks (Part 2)

In the traditional printing industry, ink serves as an essential medium for transferring images and text, and its performance and characteristics directly influence the quality and visual appeal of printed materials. As printing technologies continue to evolve and printing demands become increasingly diverse, various types of ink have emerged, each possessing unique features and advantages. This article will delve into the characteristics and applications of conventional inks—including paper inks, metallic inks, plastic inks, pigment inks, and dye inks—while examining the adaptability and limitations of different ink types.

10

2025

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02

Detailed Explanation of the Characteristics of Traditional Inks (Part 1)

Detailed Explanation of the Characteristics of Traditional Inks (Part 1)

In modern printing technology, the selection of ink plays a crucial role in determining the quality and effect of printed materials. Different types of ink, with their unique performance characteristics, are suited to various printing needs and materials. This article will provide a detailed overview of the properties and applications of volatile-drying inks, oxidative-polymerization inks, letterpress inks, offset inks, gravure inks, and screen-printing inks, highlighting their distinctive advantages and broad applications across different printing sectors.

09

2025

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02

Types of traditional inks

Types of traditional inks

As an indispensable and vital material in the printing process, ink bears the crucial responsibility of reproducing and transmitting graphic and textual information. From traditional to modern times, the types and performance of inks have continuously evolved alongside advancements in printing technology. Traditional inks, which have long been the mainstream choice in the history of printing, come in a wide variety of types, each with its own distinctive characteristics, and are suited to different printing methods and applications.

09

2025

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02

Analyzing Traditional Ink Technology

Analyzing Traditional Ink Technology

As an essential component of printing technology, ink technology has undergone a long and complex evolution since its inception. From the earliest natural dyes to today’s synthetically produced inks, and from single printing methods to a wide array of diverse printing techniques, the evolution of ink technology has not only driven advancements in printing itself but has also profoundly influenced various fields such as information dissemination, cultural transmission, and artistic creation.

09

2025

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02

The Origin and Development of Ink

The Origin and Development of Ink

As an essential foundational material in printing technology, ink’s history can be traced back thousands of years. From the earliest days when ancient Egyptians used natural dyes to leave their mark of civilization on papyrus and stone tablets, to today’s widespread use of high-tech synthetic inks in digital printing, the evolution of ink not only reflects the advancement of printing technology but also mirrors the development of human civilization itself.

08

2025

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02

Common Issues and Improvement Measures for UV Vacuum Plating (Part 9)

Common Issues and Improvement Measures for UV Vacuum Plating (Part 9)

In the UV vacuum plating process, the orange-peel effect is one of the key factors affecting coating quality. The occurrence of the orange-peel effect not only compromises the aesthetic appearance of the product but may also reduce the adhesion and corrosion resistance of the coating. To enhance the overall quality of UV vacuum-plated products, we need to comprehensively analyze and address the orange-peel phenomenon from multiple aspects, including substrate preparation, coating selection, adjustment of spraying parameters, control of IR temperature and leveling time, adjustment of coating viscosity, and coating thickness.

08

2025

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02

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