White Paper on Woowhead scinique® 1.0 Dual-Protection Synergistic Optical Technology
Guide
The "Woowhead scinique® 1.0 Dual-Protection Synergistic Optical Technology White Paper" has been released: Circularly polarized light · Self-adjusted soft light standard + magnetron sputtering AR· anti-glare coating, data synchronized with the official SGS report.
Woowhead Woowhead
White Paper on scinique® Dual-Protection Synergistic Optical Technology
White Paper on Dual-Protection Synergistic Optical Technology
Technical Version 1.0
Document NumberWP-SCNQ-1.0-2025
Technical namescinique® 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 detection card to visualize the state of the light.
Version numberV1.1
Classification levelPublic release
Compiling unit:Woowhead woowhead R&D Center
Release date2025-12
Dongguan Runjia Technology Co., LTD
www.woowhead.com
00 Document information
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Project |
"Content |
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Document Name |
White Paper on scinique® 1.0 Dual-Protection Synergistic Optical Technology |
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Document Number |
WP-SCNQ-1.0-2025 |
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Technical name |
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 detection card to visualize the state of the light. |
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Technical version |
1.0 |
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Version number |
V1.1 |
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Classification level |
Public release |
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Compiling unit |
Woowhead woowhead R&D Center |
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Release date |
2025-12 |
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Applicable products |
Guanfudun (2.5D) Hujingtie, compatible with Android and Apple models (optimized separately based on the differences in in-screen polarization structure) |
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Copyright Notice |
The copyright of this document belongs to Dongguan Runjia Technology Co., LTD. (Woowhead Woowhead). It shall not be used for any commercial purposes in any form without written permission. The technical parameters in the text are derived from brand laboratory tests and third-party inspections. The actual measurement of each product shall prevail. |
00 Revision record
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Version |
Date |
Main changes |
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V1.0 |
2025-12 |
The first version was released and went online along with the mass production of the Guanfudun straight-screen version |
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V1.1 |
2026-06 |
Synchronize the official SGS test report of June 2026 (light transmittance/haze SZIN2606001469PL01_CN, impact resistance SZIN2606001469PL02_CN), and update the data source and compliance statement for mass production standards |
00 ABSTRACT
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Explanationscinique® 1.0 Dual-protection Synergistic Optical Technology is a screen visual protection technology independently developed by Woowhead. It adopts a dual-protection synergistic architecture of "magnetron sputtering AR anti-glare coating" and "circular-polarized light · self-adjusted soft light standard". Upgrade the screen protection from a single physical scratch prevention to a multi-dimensional protection of "visual optimization + picture quality protection + hardware protection". Version 1.0 has completed the basic transformation of circularly polarized light, optimizing the screen's light output to circularly polarized light with a more uniform vibration direction distribution, achieving five core experiences: soft light visual optimization, anti-glare and clear transparency, high definition, wear resistance, and impact resistance. |
Key words:scinique® 1.0 Dual-protection Synergistic optical technology, circulally polarized light, magnetron sputtering AR anti-glare, Hujingtie, Guanfudun, dual-protection synergistic
00 CONTENTS
01 Technical overview and technical positioning
02 Dual-protection collaborative technology architecture
03 Optical principles and implementation paths
04 Technical version features
05 Product application and verification
06 Technology Evolution and Compliance Statement
01 Technical overview and technical positioning
Ordinary tempered films focus more on physical protection and pay relatively limited attention to the optimization of screen light. scinique® 1.0 Dual-protection Synergistic optical technology responds to the issue of light interference during screen viewing with optical innovation, creating five core experiences: soft light visual optimization, anti-glare clarity, high definition, wear resistance, and impact resistance.
scinique® is composed of the root: Sci (Science/Optics, science/optics), corresponding to optical principles and nano-coating processes; ni (New, innovation), symbolizing the upgrade of the film application form; que (Unique/Quality), symbolizing the composite surface treatment technology. Skin-ique, meaning to fit the screen like Skin and endow it with new optical performance.
1.1 Technical Naming and Interpretation
Version 1.0 for the first time combined "circularly polarized light conversion" and "magnetron sputtering AR anti-glare coating" into a unified dual-protection collaborative optical structure, establishing the core technical support for the Hujingtie VisionGuard category.
To address the visual interference caused by the internal light of the screen and the external ambient light, it offers five core experiences: soft light visual optimization, anti-glare clarity, high definition, wear resistance, and impact resistance, exploring an upgraded direction from single physical protection to multi-dimensional visual protection.
1.2 Technical Mission
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Insight into the Essence - Rejecting trend-following innovation, starting from the actual viewing experience of users, proposing new ideas for screen protection. |
02 Dual-protection collaborative technology architecture
The scinique® 1.0 dual-protection Synergistic optical technology takes "bidirectional force and synergistic protection" as its core, synchronously handling the visual interference caused by the internal light output of the screen and the external ambient light, forming a three-layer structure of internal, external and synergistic enhancement.
Everyday natural light vibrates uniformly in all directions. The light emitted by a mobile phone screen is polarized light, and its vibration is relatively concentrated in a specific direction. When viewed from multiple angles, uneven brightness and color shift may occur. 1.0 By integrating a circularly polarized light optical structure into the film layer, the screen's light output is optimized into circularly polarized light with a more uniform vibration direction distribution - the vibration direction of the light rotates uniformly over time, and the vibration components in all directions are more uniform, with optical characteristics approaching the uniformity of non-polarized natural light.
2.1 Internal Protection: Circularly polarized light · Independent process calibration of soft light standards
- Light state transformation: Optimize the polarized light form of the screen to make the vibration components of the light in all directions more uniform, without deliberately reducing the original brightness of the screen.
- All-round viewing experience: The picture transitions are natural when viewed from multiple angles, reducing vignetting and color streaks.
- Color fidelity: Relying on optical structure to achieve soft light effect without additional coloring, the colors are restored naturally.
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ExplanationThe above is the physical description at the optical structure level. Visual comfort varies from person to person and does not constitute a efficacy commitment. |
AR (Anti-Reflection) coating is an optical coating that reduces surface reflection by utilizing the principle of destructive interference of light. 1.0 The vacuum magnetron sputtering process is adopted. In a vacuum environment, the target material atoms are sputtered out by electric and magnetic fields and evenly deposited on the glass surface to form a nano-scale multi-layer optical film, reducing reflection and being suitable for various scenarios such as indoor lighting and outdoor natural light.
2.2 External Protection: Magnetron Sputtering AR· Anti-glare Coating
|
Process type |
Reflectance (approximately) |
Process characteristics |
Durability |
|
Ordinary screen glass |
4.0% |
No AR coating |
— |
|
Soaking process in chemical solution |
3.0% |
Chemical immersion forms a surface coating |
Lower |
|
Electron beam evaporation process |
2.0% |
Vacuum evaporation deposition film layer |
Medium |
|
Guanfudun magnetron sputtering process |
≤ 0.5% |
Vacuum magnetron sputtering of multilayer nanofilms |
high |
Table · Data sources are described in the corresponding row
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ExplanationThe reflectivity ≤ 0.5% is the self-test data under the standard test environment of the brand laboratory. The reflectivity of ordinary screen glass is approximately 4%. The actual effect varies depending on the intensity of ambient light, the viewing Angle and the type of screen. |
Based on optical dual protection, it is combined with highly wear-resistant base materials and precise bonding processes, taking into account both protective performance and user experience.
2.3 Synergistic Enhancement: Enhanced physical protection
- Mohs hardness: 6H (self-test data under the standard testing environment of the brand laboratory). Note: The Mohs hardness and the commonly used "Pencil 9H" in the industry are different testing standards, and their values cannot be directly compared. Under normal circumstances, the Mohs 6H can resist minor scratches from daily keys, coins, etc.
- Initial water droplet Angle: 115° (self-test data under the standard test environment of the brand laboratory), reducing fingerprint and oil residue. Note: The water drop Angle is the initial value at the factory and will gradually decrease with wear and tear during use. After 10,000 wear-resistant reciprocating cycles, the water droplet Angle is approximately 105° (brand laboratory test data).
- Impact resistance: It passed the 1.2m drop ball impact test with a 64g steel ball, and the film surface was not cracked (tested by SGS, report number SZIN2606001469PL02_CN).
03 Optical principles and implementation paths
The vibration direction of linearly polarized light is single. When rotating the polarization detection card, it will turn completely black. The vibration direction of circularly polarized light is uniformly distributed, and it will not turn black when rotating the detection card. The essence of the 1.0 circularly polarized light conversion is to reconstruct the linearly polarized light output from a single direction into a polarized state with uniform rotation in the vibration direction.
3.1 Basis of Polarized Light
Magnetron sputtering is a type of physical vapor deposition (PVD). By using a magnetic field to confine electron movement and enhance ionization efficiency, it enables the uniform deposition of target atoms on the surface of a glass substrate in a vacuum environment. Compared with chemical immersion and electron beam evaporation, the inorganic multilayer films formed by magnetron sputtering usually bond more firmly with glass, have lower reflectivity and higher durability.
3.2 Magnetron Sputtering Process Route
- Raw material cutting: Carefully selected raw sheets of high-aluminum-silicon glass from Nanshan Glass are precisely cut and chemically tempered
- Cleaning the film preparation: Multiple ultrasonic cleaning processes are carried out to ensure that the glass surface is free of impurities
- Magnetron sputtering: Deposition of AR multilayer nanofilms by vacuum magnetron sputtering takes approximately 30 to 60 minutes
- Optical lamination: Integrated circularly polarized light layer, precise lamination, full inspection before shipment
04 Technical version features
The following table shows the core technical parameters of the scinique® 1.0 dual-protection Synergistic optical technology equipped product (Guanfudun straight Screen version), distinguishing between third-party testing data and self-testing data from brand laboratories
4.1 Core Technical Parameters
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Parameter items |
Technical indicators |
Data source |
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Core technology |
The scinique® 1.0 dual-protection synergistic optical technology provides internal protection: circularly polarized light with self-developed process calibration for soft light standards, and external protection: magnetron sputtering AR with anti-glare coating. Woowhead is equipped with a professional optical inspection card to visualize the state of the light |
Self-developed by Woowhead |
|
Soft light standard |
Circularly polarized light · Independent process calibration of soft light standards |
Self-developed by Woowhead |
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Anti-glare performance |
Reflectivity ≤ 0.5% |
Self-test data under the standard test environment of the brand laboratory |
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Coating process |
Vacuum magnetron sputtering AR· Anti-glare coating |
Professional optical factory OEM |
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Light transmittance |
≥ 96% (the typical value measured by SGS is 96.5% |
SGS, Report number SZIN2606001469PL01_CN; The official report will be issued on June 2026 |
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Haze |
< 1%（SGS 实测典型值 0.4%） |
SGS, the same report as above; The official report will be issued on June 2026 |
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Mohs hardness |
6H |
Self-test data under the standard test environment of the brand laboratory |
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Initial water droplet Angle |
115° |
Self-test data under the standard test environment of the brand laboratory |
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Wear-resistant rear water drop Angle |
105° (after 10,000 reciprocating times) |
Self-test data under the standard test environment of the brand laboratory |
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Impact-resistant |
A 64g steel ball dropped from a height of 1.2 meters does not break |
SGS, Report number SZIN2606001469PL02_CN; The official report will be issued on June 2026 |
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Glass substrate |
Nanbo high alumina silicon glass |
Nanshan Glass Group |
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Glass thickness |
About 0.3mm |
— |
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Edge processing |
2.5D |
— |
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Tempering times |
Three enhancements |
— |
Table · Data sources are described in the corresponding row
Considering the reasonable tolerances during the production process, both the product packaging and external promotion adopt the mass production standard range. SGS is an internationally renowned inspection, verification, testing and certification organization. The self-test data from the brand laboratory is based on the standard test environment. The actual effect may vary depending on the usage conditions.
The following table compares the polarization phenomena of different objects under the rotation observation of a professional polarization detection card. The scinique® 1.0 dual-protection Synergistic optical technology corresponds to lines 4 and 5, which is an objective description at the technical principle level and does not represent the daily usage effect
4.2 Comparison of Polarization Phenomena
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Serial number |
Technology/Object |
Phenomenon (Observation by rotating the detection card |
Principle explanation |
|
1 |
Original screen line polarized light (computer, some Android devices) |
Bright → dark → black → dark → bright, completely black at a specific Angle |
The screen emits polarized light with a single vibration direction. When perpendicular to the detection direction, it is blocked, resulting in extinction and blackening |
|
2 |
Original screen circularly polarized light (such as Apple iPhone) |
It doesn't turn black, only with slight variations in light and shade |
The original screen is equipped with a built-in circular polarization layer, ensuring uniform distribution of light vibration directions without obvious extinction or blackening. |
|
3 |
Ordinary tempered film |
Rainbow patterns (stray light) usually appear. |
Ordinary films do not change the polarization state. The stress of the film layer causes light scattering and interference, generating stray light (rainbow patterns), and the visual purity decreases. |
|
4 |
scinique® 1.0 Dual Protection Synergistic Optical Technology (Linear Polarization screen, like Android) |
It basically has no rainbow patterns, does not turn black, and has variations in light and shade |
Self-developed 1.0 circular polarization conversion, which transforms the direction of light vibration from a single direction to uniform rotation, reduces stray light interference and lowers light stimulation. |
|
5 |
scinique® 1.0 Dual-protection Synergistic Optical Technology (Built-in circular polarization anti-reflection structure, like Apple) |
It basically has no rainbow patterns, does not turn black, and has variations in light and shade |
Self-developed 1.0 circular polarization conversion converts the direction of light vibration from a single direction to uniform rotation, coordinating with the original screen polarization state to reduce stray light interference and lower light stimulation. |
Table · Data sources are described in the corresponding row
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Important NoticeImportant Note: All the above phenomena need to be magnified and observed through a professional polarization detection card. Under normal use with the naked eye in daily life, there should be no obvious color or brightness abnormalities. Please do not use this as a basis for judging the effect of daily use. |
05 Product application and verification
The scinique® 1.0 dual-protection synergistic optical technology is currently equipped on the Guanfudun (2.5D) Hujingtie. Its 2.5D edge design reserves space for phone case assembly, making it more suitable for use with a case. It has undergone professional optical optimization for both Android and Apple devices.
5.1 Products Carried
|
Product |
Technical version |
Positioning and Description |
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Guanfudun (2.5D version) |
scinique® 1.0 Dual-protection Synergistic Optical technology |
Basic Circular Polarization Conversion version The 2.5D edge reserved shell position is suitable for users with shells. It was launched on mainstream platforms along with the brand on January 1, 2026 |
Table · Data sources are described in the corresponding row
5.2 Dual Verification System
- Circularly polarized light detection card: The user places the detection card in front of the screen and rotates it for observation. The light picture that conforms to the characteristics of circularly polarized light remains uniform and soft or has changes in brightness and darkness. Ordinary linearly polarized light may turn black, and may be accompanied by uneven brightness, local color abnormalities, or the simultaneous appearance of colorful rainbow patterns. This transforms the invisible optical technology into observable optical phenomena.
- Micro-light Hidden Engraving Identity Anti-counterfeiting Label: It is nearly invisible when the screen is on and appears in the lower left corner when the screen is off, serving both brand identification and genuine anti-counterfeiting functions.
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Transforming the invisible optical technology into facts that users can verify with their own hands - this is precisely the significance of the scinique® 1.0 dual-protection collaborative optical technology dual verification system. |
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Technical slogan: Dual Protection, Real Comfort |
06 Technology Evolution and Compliance Statement
6.1 Expression of Boundaries
- Data source: SGS testing data annotation report number; The self-test data of the brand laboratory is marked with test conditions, and the two are not mixed. The SGS test reports (light transmittance/haze SZIN2606001469PL01_CN, Impact resistance SZIN2606001469PL02_CN) were issued in June 2026 and serve as the basis for the official mass production standards.
- Efficacy boundary: "Reducing stray light interference and lowering light stimulation" is a physical description at the optical structure level. "Comfort" varies from person to person and does not constitute any efficacy commitment.
- Standard difference: The Mohs hardness and the commonly used "pencil 9H" in the industry are different testing standards, and their values cannot be directly compared.
The scinique® technology adopts a continuous iterative approach. The 1.0 version completed the basic conversion of circularly polarized light and the first engineering implementation of the dual-protection collaborative architecture. The technical parameters and phenomenon characteristics of each version shall be subject to the corresponding version's white paper and actual product measurements.
6.2 Technical Evolution Description
This white paper only describes the technical facts of the scinique® 1.0 dual-protection Synergistic optical technology version and does not make speculative or committal statements about its subsequent versions.
6.3 References
[1] Woowhead Woowhead. scinique® 1.0 Dual-Protection Synergistic Optical Technology White Paper (1.0) [R]. Dongguan Runjia Technology Co., LTD., 2026.
[2] The influence of circularly Polarized Light LCD Television on Visual fatigue [J]. Chinese Journal of Preventive Medicine, 2009, 15 (8). (For television products, only for technical background reference)
[3] CCTV10 "The Light of Technology"Did you choose the right screen? [Z]. 2016. (Popular science citation, not technical basis)
[4] SGS test report: SZIN2606001469PL01_CN (Light transmittance/haze), SZIN2606001469PL02_CN (Impact Resistance) [R]. 2026-06.