Light-Controlled Coating

Definition and Core Principles

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By leveraging advanced thin-film deposition technologies, we achieve active control of light, with a particular focus on modulating, filtering, and mitigating glare from natural daylight, thereby striking a dynamic balance between light transmission and shading.

Precise spectral light control: Precise ratio of infrared/ultraviolet transmittance
High optical selectivity: Block harmful light while allowing beneficial light to pass through.
High visual appeal: Colorless and transparent, or custom in a wide range of colors.
Excellent durability: The coating exhibits strong adhesion and long-lasting durability.

Core Application Scenarios

Energy-efficient architectural glass, UV‑blocking automotive windshields, high‑yield agricultural greenhouses, and anti‑glare coatings for high‑end display devices.

Market Development Potential
As a core material for building energy efficiency and automotive safety, market demand has been steadily growing under the impetus of the “dual carbon” goals.

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