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Wires for electronic devices - List of Manufacturers, Suppliers, Companies and Products

Wires for electronic devices Product List

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Effects of copper foil thread like a string on reducing copper bacteria.

Effects of copper foil thread like a string on reducing copper bacteria.

Promoting the inactivation of enzymes through oxidative decomposition! Introducing the effects of reducing copper bacteria.

Microorganisms oxidize and decompose the enzymes that serve as a nutrient source for copper, promoting inactivation and reducing bacteria. Additionally, when viruses adhere to copper, copper ions attempt to steal electrons from the viruses, resulting in the destruction of the virus coating and the formation of holes. At the same time, free radicals (unstable atoms or molecules lacking electrons) are generated. Since free radicals seek to steal other electrons, they accelerate the effect of reducing bacteria. This property does not diminish even if the copper changes color. *For more details, please refer to the PDF document or feel free to contact us.*

  • Other metal materials

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Wire drawing

Wire drawing

A lot of knowledge and experience is required depending on the material and the desired thinness! Introducing our wire drawing technology.

Thick copper wire can carry a large amount of electricity, but it is hard and difficult to bend, which limits its applications. By bundling thin copper wires, they can be made into flexible and high-capacity conductors. To achieve this, thick wire is processed through a mold called a "die" to compress its cross-sectional area to the desired thinness. This process is called "wire drawing," and it requires extensive knowledge and experience depending on the material and the target thickness. At Meisei Industry, we manufacture ultra-fine conductors by utilizing the knowledge of skilled craftsmen, the expert technique of passing wire through a 10μm die, and various equipment. [Features] ■ Knowledge of skilled craftsmen ■ Expert technique of passing wire through a 10μm die ■ Utilization of various equipment ■ Manufacturing of ultra-fine conductors *For more details, please refer to the PDF document or feel free to contact us.

  • Other metal materials
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[Selection Point Document] Easy to Understand! A Guide to Selecting Wires by Application

[Selection Point Document] Easy to Understand! A Guide to Selecting Wires by Application

Introducing a selection guide for applications such as lightweight, flexible, and highly pliable conductive wire "copper foil thread"!

The technologies and products of the Ming and Qing dynasties are used not only in Japan but also around the world, spanning a wide range of fields from electronic components to medical devices, audio equipment, and the aerospace industry. This document includes examples of applications for wires such as "copper foil wire," "ultrafine conductors," and "rolled copper foil," which we handle. Please feel free to download and take a look. [Contents] ■ Component manufacturers ■ Examples of applications *For more details, please refer to the PDF document or feel free to contact us.

  • Other metal materials

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The effect of copper wire like thread on reducing copper bacteria.

The effect of copper wire like thread on reducing copper bacteria.

Promoting the inactivation of enzymes through oxidative decomposition! Introducing the effects of reducing copper bacteria.

Microorganisms oxidize and decompose the enzymes that serve as a nutrient source for copper, promoting inactivation and reducing the number of bacteria. Additionally, when viruses adhere to copper, copper ions attempt to steal electrons from the viruses, resulting in the destruction of the virus coating and the formation of holes. At the same time, free radicals (unstable atoms or molecules lacking electrons) are generated. Since free radicals seek to steal other electrons, they accelerate the effect of reducing bacteria. This property does not diminish even if the copper changes color. *For more details, please refer to the PDF document or feel free to contact us.*

  • Other metal materials

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