Transparent paint carrier of electrical current

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SUMMARY

Indium Tin Oxide (ITO) is the primary transparent conductive material used in applications such as flatscreen displays. It is not a paint but rather a compound that must be sputtered and heat-treated onto glass or clear polymers. While ITO provides nominal transparency, it absorbs infrared and ultraviolet light, making it less than ideal for all applications. Alternatives such as organic conductors exist, but they typically exhibit color due to their molecular structure.

PREREQUISITES
  • Understanding of Indium Tin Oxide (ITO) properties and applications
  • Knowledge of sputtering and heat treatment processes
  • Familiarity with organic conductors and their characteristics
  • Basic concepts of electrical conductivity in materials
NEXT STEPS
  • Research the manufacturing process of Indium Tin Oxide coatings
  • Explore alternatives to ITO, such as organic conductive materials
  • Investigate the applications of transparent conductors in modern technology
  • Learn about the environmental impact and cost factors of using ITO
USEFUL FOR

Engineers, materials scientists, and product designers interested in transparent conductive materials for electronics and display technologies.

tohu
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Hello ...
Please , I want a transparent paint for a glass or plastic that carrier of electrical current. If it is existing in market ( what is the brand name) or there is a way to be manufactured by local materials available.

Another question ...
Is there a dry metal compound (powder) that is transparent and transmission of electrical current and available?
 
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tohu said:
Hello ...
Please , I want a transparent paint for a glass or plastic that carrier of electrical current. If it is existing in market ( what is the brand name) or there is a way to be manufactured by local materials available.

Welcome to the PF.

Indium tim oxied (ITO) is widely used as a transparent conductor. It is used to make the transparent condutors used in many flatscreen displays, for example.

http://en.wikipedia.org/wiki/Indium_tin_oxide

.
 
Berkeman fat fingered ITO - it is Indium Tin Oxide when you start searching the internet- best purchased already fabricated on the glass or clear polymer, as it is not a paint and has to be sputtered and specially heat treated to sinter the nanoparticles. Indium makes it expensive, too. Also it is only nominally transparent (i.e. it's big + is transparency to visible radiation, but it is a strong IR and UV absorber). Organic conductors have ion pairs solvated by the molecular structure, which makes most of them colored (solvated electron).

In reality, most applications can take a metal trace to carry current, and only give up 1% or less of the visible area. Take your flat screen monitor for instance- you don't notice the grid that masks the pixels, do you?
 

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