Self-luminous Road Signs and Visual Reference Products

蓄能自发光道路标志及视觉参照系产品

Multifunctional energy-storage self-luminous road signs, markers and visual reference products for traffic guidance and visual recognition in infrastructure projects.

用于基础设施交通引导和视认辅助的多功能蓄能自发光道路标志、标识及视觉参照系产品。

Supplied by Anhui Zhongyi New Material Technology Co., Ltd.

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Overview

Product overview

Zhongyi provides multifunctional energy-storage self-luminous road signs, markers and visual reference products for infrastructure applications. These products support traffic guidance, nighttime visual recognition and reference-based visual orientation in roads, tunnels, rail transit and public facility environments.

The product system is designed to improve visual guidance and recognition while supporting low-carbon and energy-saving infrastructure concepts. It is suitable for transportation and public facility projects where visual reference, safety guidance and environmental adaptability are important.

中益提供多功能蓄能自发光道路标志、标识及视觉参照系产品，可用于基础设施工程中的交通引导、夜间视认和视觉参照辅助，适用于道路、隧道、轨道交通及公共设施环境。

该产品体系旨在改善视觉引导和识别效果，同时契合低碳节能基础设施理念。适用于重视视觉参照、安全引导和环境适应性的交通及公共设施项目。

Applications

Typical applications

Road traffic guidance
Tunnel visual reference systems
Rail transit facilities
Nighttime safety markers
Public facility visual guidance
Military and civil defense facilities

道路交通引导
隧道视觉参照系统
轨道交通设施
夜间安全标识
公共设施视觉引导
军事与民防设施

Features

Key product features

Energy-storage self-luminous function
Supports visual recognition in low-light environments
Applicable to road signs, markers and reference systems
Low-carbon and energy-saving product direction
Suitable for transportation infrastructure
Can support safety guidance in tunnels and public facilities

具备蓄能自发光功能
支持低照度环境下的视觉识别
适用于道路标志、标识和参照系统
符合低碳节能产品方向
适用于交通基础设施
可服务于隧道和公共设施安全引导

Technical Information

Technical parameters

Product forms include multifunctional energy-storage self-luminous road signs, markers and visual reference products. The products are designed for infrastructure applications requiring improved visual guidance and recognition distance.