Steel Barrier

Steel barrier, which belongs to temporary isolation and protection facilities.

Material and Structure

The main material is steel, usually low - carbon steel treated with anti - corrosion measures to enhance its corrosion resistance and service life. Common anti - corrosion treatments include hot - dip galvanizing and powder coating. The overall structure of the steel barrier is relatively simple. It is composed of two horizontal metal frames as the main support, and multiple vertical metal bars are evenly distributed between the two horizontal frames. These vertical bars can effectively block pedestrians or objects from passing through. The bottom is equipped with outward - extending support feet to stabilize the barrier and prevent it from tipping over easily. Some steel barriers are also designed with connection devices, which facilitate quickly splicing multiple barriers together to form a longer isolation belt during use.

Functions and Uses

Event Management: In various large - scale events, such as concerts, sports events, exhibitions, etc., it is used to divide audience areas, passages, backstage areas, etc., guiding the orderly flow of people, avoiding congestion and chaos, and ensuring the smooth progress of the event.

Traffic Control: In situations such as road construction, temporary road closures, and traffic diversion caused by large gatherings, it is used to separate lanes and guide vehicles to drive according to designated routes, ensuring traffic order and the safety of construction workers.

Place Isolation: In densely populated places such as shopping malls, supermarkets, and stations, it can be used to temporarily separate different functional areas, such as setting up queuing areas and isolating promotional venues, which is convenient for management and maintaining order.

Advantages and Features

Easy Installation: No complex tools or professional installation techniques are required. A single person can quickly complete the placement and installation, and an effective isolation barrier can be established in a short time.

Flexible Movement: Due to its relatively lightweight structure, it can be easily moved and carried after the event ends or the construction is completed, making it convenient for repeated use and saving costs.

Good Stability: The design of the support feet at the bottom increases the stability of the barrier, making it not easy to be knocked down under normal use and able to withstand a certain amount of external impact.

Strong Adaptability: According to actual needs, the number and arrangement of barriers can be flexibly adjusted, making it suitable for venues of different shapes and sizes.