News and Information

2021/11/12

Nanotechnology empowers high-end inks: Color saturation increased by 30%.

Nanotechnology empowers high-end inks: Color saturation increased by 30%.

Traditional ink particles have a size of 0.5 to 5 micrometers, whereas nano-sized ink particles measure only 10 to 100 nanometers. The significantly smaller particle size at the nanoscale greatly increases the specific surface area, thereby markedly enhancing the efficiency of light wave absorption. For example, nano-sized metal particles (such as silver and copper) can completely absorb light waves of specific wavelengths, improving the purity of black ink and, through scattering effects, enhancing the richness and depth of color tones.

Nanotechnology empowers high-end inks: Color saturation increased by 30%.

2022/07/28

UV Inkjet Printing: The Industrial Revolution Redefining “Printability of Everything”

UV Inkjet Printing: The Industrial Revolution Redefining “Printability of Everything”

As an industrial revolution, UV inkjet printing is reshaping the boundaries of traditional printing with its groundbreaking capability to print virtually anything. At its core, this technology leverages ultraviolet curing, enabling the ink to undergo cross-linking and polymerization reactions instantly upon contact with the substrate, thus achieving a highly efficient production model that allows for immediate drying and instant retrieval of printed materials.

UV Inkjet Printing: The Industrial Revolution Redefining “Printability of Everything”

2025/06/09

Why is Eco-Solvent Ink Technology Important?

Why is Eco-Solvent Ink Technology Important?

The Significance and Practical Applications of Eco-Solvent Ink Technology

Why is Eco-Solvent Ink Technology Important?

2026/01/29

Differences Between UV Ink, Solvent Ink, and Water-Based Ink

Differences Between UV Ink, Solvent Ink, and Water-Based Ink

This article explores the key differences between UV ink, solvent ink, and water-based ink, focusing on their composition, drying processes, applications, and environmental impact. UV ink is known for its quick curing and vibrant colors, making it ideal for high-quality prints. Solvent ink offers durability and resistance to outdoor conditions, while water-based ink is favored for its eco-friendliness and ease of use. Understanding these differences helps in selecting the right ink for specific printing needs.

Differences Between UV Ink, Solvent Ink, and Water-Based Ink

2025/10/13

How can low-solvent inks replace traditional solvent-based inks?

How can low-solvent inks replace traditional solvent-based inks?

Weak-solvent inks, through environmental upgrades, optimized technical performance, and expanded media compatibility, have achieved a replacement of traditional solvent-based inks while retaining the advantages of solvent-based inks.

How can low-solvent inks replace traditional solvent-based inks?

2025/10/13

Ink Buying Guide: How to Distinguish Between “Truly Eco-Friendly” and “Pseudo Concepts”?

Ink Buying Guide: How to Distinguish Between “Truly Eco-Friendly” and “Pseudo Concepts”?

When selecting ink, to distinguish between "genuine eco-friendly" products and "pseudo-concepts," you need to make a comprehensive assessment across five dimensions: ingredients, certifications, performance, packaging, and purchasing channels. The following is a detailed guide.

Ink Buying Guide: How to Distinguish Between “Truly Eco-Friendly” and “Pseudo Concepts”?

2025/12/03

The domestic production rate of ceramic inks has exceeded 55%.

The domestic production rate of ceramic inks has exceeded 55%.

Currently, the localization rate of ceramic inks in China has exceeded 55%, and the market is characterized by a duopoly. However, the industry still faces both challenges and opportunities.

The domestic production rate of ceramic inks has exceeded 55%.

2021/11/12

The UV-curable ink market is experiencing annual compound growth, with a surge in demand from the packaging and printing sector.

The UV-curable ink market is experiencing annual compound growth, with a surge in demand from the packaging and printing sector.

Globally, restrictions on VOC (volatile organic compound) emissions are becoming increasingly stringent. UV-curable inks, which do not produce harmful substances during the curing process, have emerged as an ideal alternative to conventional solvent-based inks.

The UV-curable ink market is experiencing annual compound growth, with a surge in demand from the packaging and printing sector.

2022/01/10

Next-generation UV ink technology: Weather resistance and low energy consumption are key R&D priorities.

Next-generation UV ink technology: Weather resistance and low energy consumption are key R&D priorities.

The R&D of next-generation UV ink technology is currently focused on two key areas: weather resistance and low energy consumption. By driving material innovation and upgrading light-source technologies, the industry is being propelled toward a green transformation. The following analysis will be conducted from three perspectives: technological breakthroughs, expanded applications, and environmental benefits.

Next-generation UV ink technology: Weather resistance and low energy consumption are key R&D priorities.

2025/10/13

Low-Temperature Curing UV Nano Pigment Ink Debuts: Solving the Challenges of Coating Heat-Sensitive Substrates

Low-Temperature Curing UV Nano Pigment Ink Debuts: Solving the Challenges of Coating Heat-Sensitive Substrates

Low-temperature curing UV nano-pigment pastes, through precise temperature control and efficient curing technology, effectively address the issues of deformation and cracking that commonly occur in traditional high-temperature curing processes when applied to heat-sensitive substrates. At the same time, they enable efficient production, energy conservation, environmental protection, and enhanced coating performance, marking a key breakthrough in the field of coating for heat-sensitive substrates.

Low-Temperature Curing UV Nano Pigment Ink Debuts: Solving the Challenges of Coating Heat-Sensitive Substrates

2025/06/10

The EU’s REACH regulation is driving technological innovation, making low-VOCs inks a standard requirement for exporting companies.

The EU’s REACH regulation is driving technological innovation, making low-VOCs inks a standard requirement for exporting companies.

Driven by the global environmental movement and the EU’s REACH regulation, China’s printing and packaging industry is undergoing a green revolution centered on low-volatile organic compound (VOC) inks. As the world’s largest producer and consumer of printing materials, Chinese export companies are leveraging technological breakthroughs and supply-chain collaboration to elevate low-VOC inks from a “compliance option” to a “market standard,” thereby propelling the industry toward a low-carbon and intelligent transformation.

The EU’s REACH regulation is driving technological innovation, making low-VOCs inks a standard requirement for exporting companies.

2021/11/09

Special functional products such as conductive ink and thermochromic ink are helping to advance smart packaging and wearable devices.

Special functional products such as conductive ink and thermochromic ink are helping to advance smart packaging and wearable devices.

Conductive ink and thermochromic ink, as specialized functional materials, are deeply empowering the smart packaging and wearable device industries through technological breakthroughs and cross-sector applications, driving product upgrades toward intelligence, functionality, and personalization.

Special functional products such as conductive ink and thermochromic ink are helping to advance smart packaging and wearable devices.
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Zhuhai Moting Technology Co., Ltd.

We deliver cost-effective, tailored application solutions, and stand as a trusted, one-stop supplier of UV inks.

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JASON:

Phone:+86-13075685828

Email:mt20240101@163.com

Ashley:

Phone:+8613318952589

Email:ashley@motingink.com

Address: No. 8 Honghui 5th Road, Shuanglin Area, Lian Gang Industrial Zone, Hongqi Town, Jinwan District, Zhuhai City,Guangdong.

 

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