Product Introduction

Railway guardrails are protective facilities specially designed for the safety of railway lines. They aim to prevent pedestrians, livestock, etc. from entering the interior of the railway lines, avoid safety accidents, and ensure the safety and smoothness of railway transportation. Its structural design is sturdy and durable, featuring excellent impact resistance and protective effect. It is usually made of metal materials and undergoes strict anti-corrosion treatment to adapt to the complex natural environment along the railway.

Product parameters

The materials for railway guardrails can be selected from low-carbon steel wire, galvanized steel wire, stainless steel wire, etc. The height of the guardrail can be customized and adjusted according to the railway grade and section requirements. Anti-corrosion treatment can be carried out by methods such as hot-dip galvanizing, plastic coating, and powder coating.

Product advantages

◆ High safety protection: The structural design is reasonable, which can effectively prevent railway lines from being intruded upon. Meanwhile, the overall strength of the guardrail is high and its impact resistance is strong. Even if it is hit by external forces, it can still maintain its protective function, providing a strong guarantee for the safety of railway transportation.

◆ Adaptability to harsh environments: After professional anti-corrosion treatment, it can resist the erosion of harsh natural environments such as wind, rain, sun exposure, ice and snow, and acids and alkalis along the railway line. It is not prone to rust or corrosion, ensuring the long-term stable use of the guardrail.
◆ Unobstructed view: It adopts a mesh structure, which will not block the line of sight of railway staff, facilitating their inspection and maintenance of railway lines and timely detection of potential hazards.
◆ Low maintenance cost: Due to its strong durability and corrosion resistance, it does not require frequent maintenance and replacement during use, significantly reducing the maintenance cost and workload of the railway department.

Application scenarios

It is mainly applied to areas along railway lines such as main railway lines, station yards, section lines, railway Bridges, tunnel entrances and exits, as well as both sides of unmanned crossings where railways intersect with highways and rural roads. It is used to isolate railway lines from the external environment and ensure the safety of railway transportation.