CollectWatches: Sapphire Anti-Reflective Coating Technology for Visual Clarity

Collectwatches crystal anti-reflective coating technology (Sapphire Anti-Reflective Coating) is an advanced technology used to eliminate the interference of reflected and reflected light on the surface of the watch mirror. It forms a layer of real sapphire crystal crystal film on the crystal surface of the watch to ensure visual clarity and improve the viewing experience, which makes those who need to use the watch under strong light or underwater for a long time more comfortable and able to see the time more clearly.

The importance of crystal anti-glare

Reflections are a tricky and annoying problem, especially in watches. It can make the content on the watch face difficult to read, affecting the enjoyment of using the watch. In daily life, watches often interact with other light sources and produce many types of reflections, which increases the number and intensity of reflections. Watch manufacturers have created crystal anti-glare technology to solve this problem.

The emergence of table crystal anti-glare technology

Table crystal anti-glare technology was once again proposed by Paris, France. In 1936, early surface anti-glare technology was first used on an American guided missile destroyer to reduce the recognition reflection of radar at night. It has a wide range of uses. Later, surface treatment technology was applied to watches.

The former represents crystal anti-glare technology (AR surface for short) using quartz anti-glare film. While this technique can work to a certain extent, it's not great when it comes to clarity and durability, as they are susceptible to scratches and damage.

The new generation of table crystal anti-glare technology (Sapphire Anti-Reflective Coating) uses materials with higher technical content, such as high-strength artificial sapphire crystal. This material is very hard, scratch-resistant and has higher light transmittance, making it the best choice for surfaces that use this technology to maintain their clarity for a long time.

Engineering process of Collectwatchcrystal anti-glare treatment technology

The first step in making a sapphire crystal surface is to make it transparent through chemical or mechanical treatment. The sapphire crystal is then cut into pieces of the desired size and scribed to the precise shape by a fiber laser. After the watch mirror is cleaned accordingly, it will be upgraded to a real sapphire crystal transparent film.

In the immersion vacuum evaporation deposition system, sapphire crystal natural crystal is placed in a vacuumized high-temperature furnace and processed through a resonant arc ion source to generate titanium, oxygen and aluminum ion beams. When the treatment is completed, the entire process will form the final product of Collectwatchcrystal anti-glare treatment technology.

Advantages of Collectwatchcrystal anti-glare treatment technology

This technology provides a clearer and more reliable view in sunlight or other bright light conditions by reducing light reflections. It also enhances the ability to resolve details and makes text and numbers stand out more, improving readability and ease of use.

Sapphire Anti-Reflective Coating also extends the life of your watch crystal by protecting it from cuts and scratches. This makes it ideal for those who need to use their watch in their daily lives or for special activities, whether that’s long drives, outdoor hiking or snorkeling.

As a leader in the watch industry, surface treatment technology is becoming increasingly important in the manufacture of watches, especially in terms of eliminating reflections and improving readability. Collectwatchcrystal anti-glare treatment technology is an excellent technology that allows the watch to provide the best visual experience under various light conditions.