可控微结构设计
Controllable Microstructure Design
通过物理方式形成稳定微结构，降低镜面反射，提升表面功能表现。
Stable microstructures are formed by physical processing to reduce specular reflection and improve surface functionality.
核心不是简单处理玻璃表面，而是通过稳定的物理表面工程，让玻璃形成可用、可测、可复制的功能微结构。
The core is not simply treating the glass surface, but creating usable, measurable and repeatable functional microstructures through stable physical surface engineering.
以清洁玻璃基底为起点，通过可控微结构成形、微边缘平滑、高性能清洗与检测打包，形成稳定、可验证、可复制的玻璃表面工程流程。
该工艺并非简单“磨砂”，而是通过控制玻璃表面微凹坑的孔径、深度、边缘圆润度与分布均匀性，改变入射光在表面的反射与散射路径，从而在透过率、雾度、光泽度和外观一致性之间建立可调节的平衡。
通过物理方式形成稳定微结构，降低镜面反射，提升表面功能表现。
Stable microstructures are formed by physical processing to reduce specular reflection and improve surface functionality.
把玻璃从单纯保护层升级为光线管理界面，服务发电效率、视觉舒适度、防眩光与建筑美学。
The glass is upgraded from a protective layer into a light-management interface supporting power generation, visual comfort, anti-glare performance and architectural aesthetics.
| 控制方向 Control Direction | 影响方向 Influence | 客户价值 Customer Value |
|---|---|---|
| 表面微结构控制 Surface microstructure control | 影响粗糙度、雾度、光泽度与外观一致性 Affects roughness, haze, gloss and appearance consistency. | 可针对不同场景定制光学外观与功能表现 Enables customized optical appearance and functional performance. |
| 加工稳定性管理 Processing stability management | 影响批次一致性、良率与交付节奏 Influences batch consistency, yield and delivery rhythm. | 兼顾样品验证与连续化批量生产 Supports both sample validation and continuous mass production. |
| 洁净后处理与检测 Clean post-processing and inspection | 影响表面洁净度、后续加工适配与客户验收 Affects cleanliness, downstream compatibility and customer acceptance. | 为镀膜、钢化、封装及其他后续工序提供稳定前处理 Provides stable pretreatment for coating, tempering, encapsulation and other downstream processes. |