Steel Frame Island Platform Canopy

Function / Usage:

Steel Frame Island Platform Canopy is a classic and efficient steel structure in rail transit construction. It is an independent functional area in an "island" form that is not attached to the main station building. It is used to protect passengers from sun and rain. Its main functional areas include the central core area of the platform, waiting areas on both sides, vertical traffic nodes, as well as equipment and service areas.

Structural Advantages / Features:

With a steel frame as its support, it covers the island platform between tracks. Square or round steel tubes, H-beams, etc., are commonly adopted. Compared with concrete columns, steel columns are slimmer, reducing occupation of platform space and sight obstruction. It is widely used in bus stations, railway stations, metro stations and other public transit hubs.

Technical Specifications

The technical parameters and capability indicators of EHSS are partially superior to industry standards. It boasts distinct advantages especially in integrated design, anti-corrosion durability and joint technology reserve, and is fully capable of undertaking steel structure island platform canopy projects.

Consultation Before Project Order

Eihe Steel Structure provides free professional consultation before order placement. If you have steel structure drawings, we will provide you with optimization solutions. If not, don’t worry. Our excellent design team will design the steel structure workshop/warehouse for free and provide you with satisfactory drawings accordingly.

Steel Frame Island Platform Canopy Project Consultation Checklist

1. Project Location

Country/City: ____________

Station Name: ____________

Estimated Total Area: ____________ ㎡

E-mail: ____________

WeChat/Phone: ____________

2. Steel Structure Dimensions (Canopy Coverage)

Platform Length: ____________ mm

Canopy Width (Total Overhang Span): ____________ mm

Eaves Height (From Rail Surface to Canopy Edge): ____________ mm

Column Spacing (Longitudinal): ____________ mm

3. Wind Load (Maximum Wind Speed)

______ kN/㎡

______ km/h

______ m/s

4. Snow Load (Maximum Snow Depth)

______ kN/㎡

______ mm

5. Seismic Fortification

Seismic Fortification Intensity: □ Grade 6 □ Grade 7 □ Grade 8 □ Others ______

6. Drainage System Requirements

Gutter Material: □ Stainless Steel □ Galvanized Steel □ Others ______

Downspout Type: □ Exposed (Along Columns) □ Concealed (Inside Columns)

7. Special Construction Requirements (e.g. Over-track Work)

Track Power Outage Window: ______ hours/day

Track Protection Canopy Required: □ Yes □ No

8. Other Requirements