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Unlocking New Value In Electronic Label Inks: Three Roll Mill Takes Center Stage

In today's era of rapid technological development, electronic tags have been widely used in logistics, retail, healthcare, and many other fields, becoming an indispensable part of our daily lives. As one of the core materials of electronic tags, the quality of electronic tag ink directly affects the performance and application of these tags. In the production process of electronic tag ink, the three roll mill plays a crucial role, earning it the title of the "master grinder" behind the scenes.

2025-08-26

Breakthrough In Dispersion Of Medium Paste! ZYE Three Roll Mill Enables Ultra-Fine Dispersion Of Medium Paste To 12μm

In the field of electronic component manufacturing, the dispersion fineness of dielectric paste directly determines product performance. With the surge in demand for high-frequency dielectric substrates in 5G communication equipment, many companies face technical bottlenecks when developing new high-frequency dielectric pastes. Traditional dispersion equipment has been unable to control paste fineness below 15μm, severely affecting dielectric loss and signal transmission stability. This article reveals how ZYE Three Roll Mill overcomes this industry challenge through innovative technology.

2025-06-21

Fineness of Tungsten Slurry Improved by 65% — Three Roll Mill Reduces Particle Size from 20 μm to 7 μm

The slurry is composed of three main components: tungsten powder, an inorganic binder phase, and an organic carrier. Among them, tungsten powder serves as the functional phase, offering excellent thermal and electrical conductivity. It features a low coefficient of thermal expansion, which can be precisely tuned to match alumina ceramic substrates. This matching helps prevent stress during the metallization process, laying the foundation for effective hermetic sealing.

2025-03-07

Dispersion of single-walled carbon nanotube (SWCNT) conductive materials

Carbon nanotubes (CNTs), also known as buckytubes, are one-dimensional quantum materials formed by single or multiple layers of graphene rolled up at a certain helical angle around a central axis. They were first discovered by Sumio Iijima in 1991. The aspect ratio and carbon purity of CNTs are two core indicators that affect their conductivity and directly determine the product's performance. The smaller the diameter and the longer the length of a carbon nanotube, the better its electrical conductivity.

2025-01-25

Unlock the secrets to vibrant color and gloss in PVC—make your products more eye-catching and appealing

Polyvinyl chloride (commonly abbreviated as PVC) is the third most widely produced synthetic polymer in the world, following polyethylene and polypropylene. Approximately 40 million tons of PVC are manufactured annually. PVC is a polymer formed through a free radical polymerization process of vinyl chloride monomer (VCM), initiated by peroxides, azo compounds, or under the influence of light or heat. Both vinyl chloride homopolymers and vinyl chloride copolymers are collectively referred to as vinyl chloride resins.

2024-12-27

Comprehensive Analysis: The Effect Of Bubbles in High Viscosity Materials On Performance And The Secret Of Eliminating Bubbles

Many people may encounter the same problem when producing slurry, that is, there are too many bubbles in the material. If these bubbles are not removed in time, they will often cause serious consequences. This article takes you through the secret of eliminating bubbles for three different industries including adhesive, conductive silver paste and paint.

2024-12-13

In-depth Analysis Of The Temperature Control For Thermal Gel

In recent years, with the rapid development of electronic information technology, the heat generated by each component during work has increased sharply. And too high temperature will affect the operating efficiency and service life of components, and even lead to the failure of components, so more efficient heat transfer media is needed. Among many thermal conductive materials, thermal conductive silicone is the most widely used material. But it is difficult to cover uneven places, and the thickness selection is limited, and the thermal resistance is larger than that of liquid silicone. Thermal gel can solve these problems.

2024-12-06

Industry Solution : The Ultimate Dispersion Solution For Nail Polish - Achieving Fine Dispersion From 100μm To 10μm

There are records of using beeswax, protein and gelatin to make cosmetics for nail beauty by Chinese women as early as 1000BC. Hand maintenance and nail decoration have long been a symbol of human social status, and nails are the most exciting part of the hand. In the 1930s, nail beauty began to appear in Europe and the United States in the modern sense, so a variety of fashion nail art came into being and sweep around the world with its simple and personalized characteristics.

2024-11-21

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Shenzhen ZYE Technology Co., Ltd.

No. 1268 Jiaotong Road, Wujiang Economic and Technological Development Zone, Suzhou (factory)

Building B, Fuhai Science and Technology Industrial Park, Huafeng Zhigu, Fuhai Street, Bao' an District, Shenzhen (factory)

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Tel: +86-755-86264800
Mob: +8613682681189

Email: sales@zyegroup.com
Doris.li@zyegroup.com

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Wechat: +8613682681189

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