Vivo V23 Pro 5G comes in a color that will leave you mesmerized.
The Vivo V23 Pro 5G is a new phone from VIVO.
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The Vivo V23 Pro 5G Color Design
This phone will have been launch janaury-05-2022 with a new technology called “5G”
which is going to change the face of technology as we know it.
The Vivo V23 Pro 5G features a 6.4-inch Full HD+ HDR10+ display.
The phone has a progressive gradient color design with a 3D glass back,
which makes it look premium from any angle.
Vivo V23 Pro 5G Color
The brand new Vivo V23 Pro 5G has a beautiful, intricately designed exterior.
The phone is maybe available in colors such as gold, silver, and black, not mentioned specific color in the latest released video.
Mobile shown in two color
The new Vivo V23 Pro 5G is available in colors such as gold, silver, and black.
It is faster than the previous generation, a more durable glass back.
The back of the phone has a 3D glass finish that is made up of three layers.
This design makes the mane look luxurious and expensive without costing too much.
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The phone is a black color with a casing made of rubberized polycarbonate.
The back has a triple camera and the frame is gold.
This section will be about smartphones that change fame colors based on warm and cool temperatures.
Vivo V23 Pro 5G back fame is gold color and another gradient of blue and green mixture colors.
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The use of color-changing fluorite ag glass.
Fluorite is calcium fluoride. It is one of the most important raw materials for the glass industry.
The chemical composition of fluorite with the higher content of aluminum oxide has a lower thermal conductivity,
which results in higher thermal resistance and stronger color stability with temperature change.
Fluorite is known for its change in color when under different lights.
This makes it a great material to use when designing light fixtures,
because it will allow the light to change colors in the same fixture.
Vivo V23 Pro 5G Design
The color-changing property is due to a thin layer of silver halide
that changes state from being a good conductor of electricity to being a semiconductor when light shines on it.
The light changes the local electric field,
which prompts the silver ions to change their conductivity and cause a change in color.