Developed highly uniform functional nano-patterns using Hexapro's AAO as a template
(Joint R&D ongoing since March 2024, following technology transfer from 
).
Anti-reflection film manufactured using Hexapro AAO as a template
In the case of anti-reflection film manufactured using Hexapro AAO as a template, the reflectance is reduced by more than 40% compared to PET film.
There are cases where the display screen is not visible well because surrounding objects or scenery are reflected on the surface due to reflection of external light such as fluorescent lights and sunlight. The larger the display screen and the brighter the surroundings, the more reflection occurs.
Hexapro's anti-reflection film works by eliminating surface reflection caused by light interference. Hexapro's anti-reflection film forms a pattern using AAO, 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%.
AAO-Based High-Uniformity Nano Pattern Manufacturing Technology
Developed highly uniform functional nano-patterns using Hexapro's AAO as a template
(Joint R&D ongoing since March 2024, following technology transfer from
).
Anti-reflection film manufactured using Hexapro AAO as a template
Anti-reflection film manufactured using Hexapro AAO as a template
In the case of anti-reflection film manufactured using Hexapro AAO as a template, the reflectance is reduced by more than 40% compared to PET film.
In the case of anti-reflection film manufactured using Hexapro AAO as a template, the reflectance is reduced by more than 40% compared to PET film.
AAO-Based High-Uniformity Nano Pattern Manufacturing Technology
There are cases where the display screen is not visible well because surrounding objects or scenery are reflected on the surface due to reflection of external light such as fluorescent lights and sunlight. The larger the display screen and the brighter the surroundings, the more reflection occurs.
Hexapro's anti-reflection film works by eliminating surface reflection caused by light interference. Hexapro's anti-reflection film forms a pattern using AAO, 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%.
Schematic of Functional Pattern Formation using UV Nanoimprint Lithography
Schematic of Functional Pattern Formation using UV Nanoimprint Lithography
Corporate name Hexapro Co., Ltd.
CEO Kim Taesun
Personal Information Manager Kim Taesun
Head office 533, 55 Hanyang University Road, Sangnok-gu, Ansan-si, Gyeonggi-do, Korea
Research Center/Factory 105, 253-5 Wonsi-ro, Danwon-gu, Ansan-si, Gyeonggi-do, Korea
TEL 02-6497-3450
E-MAIL manager@hexapro.co.kr
COPYRIGHT (C) HEXAPRO. All Rights reserved
Corporate name Hexapro Co., Ltd.
CEO Kim Taesun Personal Information Manager Kim Taesun
Head office 533, 55 Hanyang University Road, Sangnok-gu, Ansan-si, Gyeonggi-do, Korea
Research Center/Factory 105, 253-5 Wonsi-ro, Danwon-gu, Ansan-si, Gyeonggi-do, Korea
TEL 02-6497-3450 E-MAIL manager@hexapro.co.kr
COPYRIGHT (C) HEXAPRO. All Rights reserved
