Core composition and technical features

Material and structure

Fiber type:

Plastic optical fiber (POF): 0.5~2mm in diameter, flexible and resistant to bending, suitable for complex weaving.

Side-emitting optical fiber: Evenly scatters light from the side to form a continuous light band effect.

Weaving process:

Network structure: warp and weft interweaving or circular weaving, adjustable mesh size (from dense to hollow).

Composite material: often mixed with polyester, nylon and other fibers to enhance mechanical strength.

Light source system

LED drive: RGB LED modules are embedded in the edge or node of the mesh and guide light through optical fiber.

Laser light guide: High-brightness lasers are combined with special optical fibers to achieve long-distance uniform light emission.

Control method: DMX512, Bluetooth/WiFi or single-chip programming, supporting dynamic effects (flash, gradient, audio and video synchronization).

Optical characteristics

Uniformity: Avoid local over-brightness/dark areas through optimization of weaving density and light source layout.

Color performance: RGB light source can present 16 million colors, and some support UV fluorescent effect.

Main application scenarios

Architecture and landscape decoration

Dynamic light curtains and art installations on building facades (such as interactive light sculptures).

Indoor space separation (luminous curtains, translucent screens).

Stage and entertainment

Background nets or props for concerts and fashion shows (such as suspended luminous grids).

Film and television shooting special effects (science fiction scenes, virtual environment construction).

Fashion and wearables

Luminous clothing (such as woven luminous skirts, backpack mesh).

Smart wearable devices (safety warning grids for sportswear).

Business and advertising

Brand pop-up store light walls, product display racks (such as luminous mesh covers for car booths).

Outdoor billboards (lightweight, low-energy alternatives to traditional neon lights).