hexapro

Hexapro's anti-reflection film works by eliminating surface reflection caused by light interference. Hexapro's anti-reflection film forms a pattern using AAO as a template, so that the refractive index gradually changes to match the lower substrate as it goes down to the lower region of the pattern, thereby reducing reflection. The reflectance of a typical glass or plastic surface is usually about 4-5%, but it is known that attaching a low-reflection film can reduce the reflectance to 0.1 to 0.3%.

※ Hexapro's anti-reflection film can be developed not only as a film type but also as an eyeglass type.

Hexapro is researching and developing anti-reflection films that can be applied to vehicles, signboards, and medical monitors.

Hexapro's anti-reflection film forms a pattern using AAO as a template, so that the refractive index gradually changes to match the lower substrate as it goes down to the lower region of the pattern, thereby reducing reflection. The reflectance of a typical glass or plastic surface is usually about 4-5%, but it is known that attaching a low-reflection film can reduce the reflectance to 0.1 to 0.3%. It has been reported that anti-reflection films can be used not only for display devices but also for improving the performance of solar cells recently.

Hexapro's anti-reflection film works by eliminating surface reflection caused by light interference. Hexapro's anti-reflection film forms a pattern using AAO as a template, so that the refractive index gradually changes to match the lower substrate as it goes down to the lower region of the pattern, thereby reducing reflection. The reflectance of a typical glass or plastic surface is usually about 4-5%, but it is known that attaching a low-reflection film can reduce the reflectance to 0.1 to 0.3%.

※ Hexapro's anti-reflection film can be developed not only as a film type but also as an eyeglass type.

Hexapro is researching and developing anti-reflection films that can be applied to vehicles, signboards, and medical monitors.

Hexapro's anti-reflection film forms a pattern using AAO as a template, so that the refractive index gradually changes to match the lower substrate as it goes down to the lower region of the pattern, thereby reducing reflection. The reflectance of a typical glass or plastic surface is usually about 4-5%, but it is known that attaching a low-reflection film can reduce the reflectance to 0.1 to 0.3%. It has been reported that anti-reflection films can be used not only for display devices but also for improving the performance of solar cells recently.

Application