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Stair screen series

Product size: can be customized
Product spacing: 4.68
Product features: super load-bearing/waterproof and moisture-proof/non-slip wear-resistant/intelligent interaction
Scene application: urban cultural experience/commercial complex/cultural travel application/stage art rental application Note: The parameters can be adjusted according to the specific requirements, so the specifications and parameters may change. The product size tolerance is designed and specified according to the international tolerance standard. If there are any customized requirements above, communication shall be made in advance.

Classification:

Stair screen series

Keywords:

XINYIGUANG

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Details Introduction

super load-bearing

Xinyiguang LED intelligent interactive floor tile screen each component, according to different mechanical design, the limit load per square meter can be as high as 3 tons.

Moisture-proof and anti-skid

The bottom shell, mask, power cord and signal line of Xinyiguang indoor LED floor tile screen module are specially designed and equipped with waterproof and moisture-proof materials. They are made of raw materials with low moisture absorption coefficient. After many sealing treatments, they have good waterproof and moisture-proof function, and the waterproof level of IP45 can be reached before and after the box body.

Super wear-resistant

Xin Yiguang LED intelligent interactive floor tile screen mask is made of imported PC material, which has high wear resistance and flexibility, as well as good resistance to high and low temperature. And according to the principle of mechanics design, Xin Yiguang mask has good wear resistance and load-bearing function.

Interactive Customization

Xinyiguang LED intelligent interactive floor tile screen can have sensors built in, and udp protocol is used to produce interactive materials according to the interactive protocol. Each square meter box screen can have 128 sensor chips built in, with low density, which can realize multi-person interaction and point-to-point interaction.

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