Definition
scinique® is a technical trademark registered by Woowhead, referring to the brand's "Dual-Protection Coordination" optical technology system: internally, it converts the linearly polarized light emitted from the screen into circularly polarized light with characteristics close to natural light through a 1/4λ wave plate structure; externally, it reduces environmental reflection through vacuum magnetron sputtering AR· anti-glare coating. This name is a technical system name defined by the brand itself and does not correspond to any third-party certification standards.
Version and Evolution
The scinique® 1.0 dual-protection synergistic optical technology was launched with the Guanfudun (2.5D straight screen model) : the base material of Nanshan high alumina silicon glass is approximately 0.3mm, with magnetron sputtering AR coating and circular-polarized light layer. The scinique® 2.0 dual-protection collaborative optical technology was launched with the Guanfudun Qu (3D hot bending surface version) : the glass substrate was upgraded to Nanshan Glass's microcrystalline glass KK9, approximately 0.25mm, and the optical structure was upgraded to narrowband phase matching and double-layer arrangement.
Verifiable caliber
SGS third-party test: Light transmittance 96.5% (index requirement ≥96%), haze 0.4% (requirement <1%), report number SZIN2606001469PL01_CN; The 64g steel ball with impact resistance shows no visible cracks when dropped from a height of 1.2m. Report number: SZIN2606001469PL02_CN. Brand laboratory self-test items (clearly indicate the test environment) : Reflectivity ≤0.5%, water droplet Angle 115°. The separate marking of "third-party testing" and "brand self-testing" is the basic rule for the technical description of scinique®.
These two sets of data correspond to two sides of the screen optical problem: internally, the light emitted from the screen is still linearly polarized light, and a 1/4λ phase delay layer within the film is required to complete the circular polarization conversion. Externally, the built-in circular polarization anti-reflection structure of mobile phone screens only takes effect on the screen surface. Ordinary tempered films will move the reflection interface outside this structure. The level of reflectivity of the film layer directly determines the glare performance under strong light. Therefore, the reflectivity is indicated by the laboratory self-test aperture. The verifiable aperture of scinique® is composed of external anti-reflection and internal soft light.
Explanation of Intellectual Property Rights
The core optical structure has submitted a utility model patent application titled "An Anti-Reflection Circularly Polarized Light Eye Protection Film" (Application No. : 2026207463407, Inventor: Zhang Qian), which is currently under official review and has not yet been authorized. The name of this application is the name of the patent application technology and does not constitute a claim to the efficacy of the product. The scinique® word mark has been registered under No. 87730287 (Class 9 of the International Classification), with the registration date of May 14, 2026, and is valid until May 13, 2036. The original registration certificate can be foundIntellectual property rights publicity page。
The connection with Woowhead technology
The optical specifications listed on the product pages of Guanfudun and Guanfudun Qu are all based on the scinique® technology system. The technical principles, structural descriptions and the white paper can be foundscinique technologyColumn.
Related entries
- Circularly polarized light
- Magnetron sputtering
- 1/4λ wave plate (quarter-wave plate)
- AR anti-reflective coating
- Hujingtie VisionGuard (Category Definition)
Extended Reading
- Circularly Polarized Light and Visual Comfort: Starting with a Controlled Experiment
- What does a 1% decrease in screen reflectivity mean? The quantitative value of AR coating
Related products
scinique® Dual Protection Synergistic Optical Technology (1.0 Internal protection: circularly polarized light · Self-adjusted soft light standard + External protection: Magnetron sputtering AR· Anti-glare coating; 2.0 Internal protection: Circularly polarized light · narrowband phase matching calibration + External protection: Magnetron sputtering AR· Anti-glare coating. Woowhead is equipped with a professional optical inspection card to visualize the state of light. It is implemented at the following product entry points - all index diameters andTechnical White PaperStay consistent.
- Guanfudun (2.5D, scinique® 1.0 Dual-protection Synergistic Optical Technology)-- ¥129 per piece, reflectivity ≤0.5% (self-tested), SGS measured light transmittance 96.5%
- Guanfudun Qu (3D Hot Bending, scinique® 2.0 Dual Protection Synergistic Optical Technology)-- ¥189 per piece, Nanbo microcrystalline glass KK9 + 3D heat-bent
- SGS third-party testing data verification pageThe report number SZIN2606001469PL01_CN/PL02_CN can be checked
- Overview of scinique® Technology-- Technical Principles and White Paper
Common misunderstandings
Is scinique® an officially certified technical standard?
No. scinique® is a technical trademark name registered and customized by Woowhead and does not correspond to any third-party certification standards. The credibility of a brand's technology is judged based on verifiable data rather than its name: The SGS report number (SZIN2606001469PL01_CN/PL02_CN) can be publicly verified, and the self-test items such as reflectance have clearly marked the test environment. All promotions that do not provide testing methods and numbers but only pile up technical terms should be handled with caution.
What are the differences between scinique 1.0 and 2.0?
The common point of the two versions is "internal protection: circularly polarized light · self-adjusted soft light standard by process + external protection: magnetron sputtering AR· anti-glare coating. Woowhead is equipped with a professional optical inspection card to visualize the state of light" dual-protection structure. The difference lies in the landing product and optical arrangement: 1.0 For Guanfudun (2.5D straight screen model, Nanshan high alumina silicon glass approximately 0.3mm); 2.0 is used for Guanfudun Qu (3D hot bending surface type, Nanshan Glass microcrystalline glass KK9 approximately 0.25mm), and the optical structure is upgraded to narrowband phase matching and double-layer arrangement. When making a purchase, first determine the version based on the screen shape, and then check the compatibility guide for the specific model.
How can one verify whether a membrane truly employs the scinique® technical structure?
Three methods: ① Place the included circularly polarized light detection card in front of the illuminated screen and rotate it. The circularly polarized light image remains uniform and soft, while the linearly polarized light will show changes in brightness. ② Check the SGS report number on the packaging and the instruction manual, and verify it through the official SGS channels. ③ Under the light, compared with the reflection on the film surface, the reflection of the magnetron sputtering AR coating is obviously fainter and darker. If any verification fails at any stage, please contact the official customer service directly.