Mirror coatings reduce light transmission, reducing the amount of damaging wavelengths that enter the eyes. They assist protect against hazardous high intensity visible light by adjusting the amount of useable light that goes through the lens for particular lighting situations.
The main benefit of having a EV mirror coating is that it reduces light transmission through the tinted lens by between 10 and 60%. Several individuals choose mirror coating on sunglasses because of all the advantages that come with them.
Consider these factors when deciding whether to purchase a pair of mirror coating sunglasses: they offer protection from the sun’s harmful glare, making them ideal for people who are extremely sensitive to light or who may spend a lot of time outside.
Sunglasses with a mirror coating should be worn all year round since the glare from the snow might harm the eyes even in the winter. Provides for Better Vision for the Wearer: Mirror coating sunglasses give its wearers better fields of vision since mirrors reflect light rather than absorbing it.
This is essential for those who drive trucks or cars for a living as well as cyclists who ride for hours in the sun. It also lessens the quantity of light that may enter, which eases the pressure on your eyes.
The Global EV Mirror coating market accounted for $XX Billion in 2022 and is anticipated to reach $XX Billion by 2030, registering a CAGR of XX% from 2023 to 2030.
For a long time, we at TAKUBO Engineering Co., Ltd. have launched EV Mirror coating been looking into a mass production system for spray-on coatings that resemble plating.
The “EV Mirror Coating System,” a plating-like coating system that uses indium paint via spraying, has been developed and released by us, and we are happy to share it with you. film with a mirror finish.
In addition to its design, it preserves the functional property of transmitting millimetre waves, etc., and has outstanding weather resistance and corrosion resistance.
It turns into a coating film with both a decorative coating film and a practical coating film. Three coats and three bakes make up the fundamental indium mirror coating technique, which differs from traditional plating. creating a coating with a spray gun or a thin, even layer using R technology.
High resistance to corrosion and the weather. reducing the use of unnecessary paint, Any material is available, With a reasonably priced coating and a numerically controlled coating environment, mass manufacturing is feasible. There is no need for vacuum pots, electrodes, or melting tanks. plating and coating in large quantities
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