Scientists have created the lightest paint in the world

Advances in science and technology sometimes lead to extremely interesting developments that are directly related to everyday life. With the feverish work of scientists, very unusual products can be obtained. Here is one of them, a product that was released recently and called “plasmon dye”. Plasmonic dye is considered the lightest dye in the world. You can paint a Boeing 747 with just 1.4 kg of paint. Moreover, the amazing properties of the plasmonic dye are not limited to this. Let’s look at the details together.

Scientists from the University of Central Florida in the USA have managed to produce the lightest paint in the world.

You can completely paint a Boeing 747 with just 1.4 kg of a new paint called plasmon paint. For the same process, 454 kilograms of traditional commercial dyes must be used! On the other hand, the plasmonic dye has other interesting properties.

Plasmonic paint has the ability to keep the surfaces it covers cold. In addition, scientists estimate that paint can remain intact for hundreds of years.

In other words, plasmonic ink saves energy and can be used for many years. Scientists say surfaces coated with the new paint stay 13 to 16 degrees cooler than surfaces painted with traditional paints.

New product could become an important and effective tool in the fight against global warming

Debashis Chanda, head of the plasmonic dye production team, said: “With over 10 percent of all electricity in the US going into air conditioning, the temperature difference promised by plasmonic paint will provide significant energy savings.” he uses.

However, Chanda says the plasmonic ink will use less electricity for cooling, reduce carbon emissions and mitigate the effects of global warming.

Production of plasmonic dyes of all colors is possible

This new product, developed in the laboratory and with unique properties, does not consist of colored pigments, unlike traditional paints. A plasmonic dye is created by organizing colorless nanoparticles. In other words, it is possible to produce plasmonic dyes of all existing colors. However, there are some difficulties that arise in the production of this miracle paint.

The production of plasmonic dyes in the laboratory is quite expensive.

One of the scientists’ goals is to mass-produce the plasmonic dye and make it widely used. However, this is not an easily achievable goal. First of all, scientists say that they need to conduct new research in order to reduce the cost of production. In other words, we need to wait a bit to use this exciting technological product.

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