Transparent paint carrier of electrical current

In summary, if you are looking for a transparent paint that can carry electrical current, Indium Tin Oxide (ITO) is a commonly used option. However, it is not a traditional paint and must be specially fabricated and sintered onto glass or clear polymer. It is also expensive and only nominally transparent, as it absorbs IR and UV radiation. Alternatively, metal traces can be used in most applications, such as in flat screen monitors, where they are not noticeable.
  • #1
tohu
1
0
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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  • #2
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

.
 
  • #3
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?
 

Related to Transparent paint carrier of electrical current

1. How does transparent paint carry electrical current?

Transparent paint is made up of conductive particles, such as carbon or silver, suspended in a liquid carrier. When a voltage is applied, the conductive particles create a path for the electrical current to flow through the paint.

2. What are the advantages of using transparent paint as a carrier of electrical current?

One of the main advantages of transparent paint as a carrier of electrical current is its flexibility and ability to be applied to a variety of surfaces, including curved or irregular shapes. It also allows for more discreet and aesthetically pleasing electrical connections compared to traditional wire connections.

3. Can transparent paint be used for high-voltage applications?

Yes, transparent paint can be designed and formulated to withstand high voltages. However, it is important to consult with a professional or conduct thorough testing to ensure the paint is suitable for the specific application.

4. Is transparent paint carrier of electrical current safe to use?

As with any electrical application, safety precautions should be taken when using transparent paint as a carrier of electrical current. It is important to follow proper handling and application procedures and ensure that the paint is not damaged or compromised before use.

5. How does the conductivity of transparent paint compare to traditional wire connections?

The conductivity of transparent paint can vary depending on the type and amount of conductive particles used. In general, it may not be as efficient as traditional wire connections, but it is often sufficient for low-power or low-voltage applications.

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