Glass, a common material in architecture and decoration, is constantly pushing the boundaries of traditional design and functionality with technological advancements. LED breathing light glass is an innovative product combining optics, electronics, and materials science. By embedding programmable LED beads within the glass, it achieves dynamic light-changing effects. Its core applications include elevator backdrops, building curtain walls, and interior decorative partitions, satisfying basic light transmission needs while creating spatial ambiance through lighting design.
Technical Principles and Structural Composition:
This product is based on float glass sheets, which are tempered and then laminated. The original sheet measures 1830mm × 2440mm, is 6mm thick, has a Mohs hardness of 6MPa, can withstand temperatures up to 650℃, and has a melting point of 1000℃, ensuring structural stability. Single-color or multi-color LED beads are embedded within the laminated layer, achieving a "breathing" gradient light effect through circuit control. The glass has a light transmittance of 80%, combined with a 92% purity material, ensuring light penetration while reducing ultraviolet radiation.
Core Functions and Design Advantages:
Dynamic Light Effect Control: LED beads support programmable adjustment of brightness and color change frequency, simulating natural breathing rhythms or custom dynamic patterns, breaking through the visual limitations of traditional static glass.
Safety and Protection Performance: Tempering treatment increases the glass's impact resistance by 3-5 times, forming blunt-angled particles upon breakage, reducing the risk of personal injury; the laminated structure prevents shards from flying, complying with building safety regulations.
Spatial Adaptability and Flexibility:
The product can be processed into any shape, including curved and irregular shapes, adapting to complex structures such as elevator cars and curved curtain walls; the combination of transparent substrate and lighting serves as both a functional partition and maintains a sense of spatial transparency.
Application Scenarios and Operational Points:
Primarily used in scenarios requiring a balance between decoration and functionality: elevator background walls alleviate the oppressive feeling of enclosed spaces through lighting changes; curtain wall glass forms a dynamic light curtain at night, enhancing building visibility; window displays use LED bead colors to highlight brand identity. During installation, a circuit interface must be reserved to ensure the airtightness of the LED driver and the glass interlayer. Routine maintenance only requires periodic surface cleaning. Avoid using corrosive cleaning agents to prevent damage to the interlayer and LED circuitry.